If you visit any rural pocket of India over the past few months, whether it is the lush fields of Western Uttar Pradesh, the Malwa region of Punjab, or the Kosi belt of Bihar, one reality stands out clearly. Farmers are loading sacks onto tractors, tube wells are pumping water, and verdant crops are swaying in the breeze. At the village square, everyday conversations revolve around the weather, the paddy harvest, and the upcoming sowing season for wheat and mustard.
Yet, behind this tranquil rural tableau lies a ferocious global storm whose tremors have barely registered with the common citizen.
Looking west from India on the world map, two critical maritime choke points emerge: the Strait of Hormuz in the Persian Gulf and the Bab-al-Mandeb Strait in the Red Sea. These sea lanes carry the vital agricultural inputs that feed the entire planet. Over the past few years, a series of geopolitical disruptions, missile strikes on commercial shipping by Yemen’s Houthi rebels, direct conflict between Iran and Israel, and unprecedented economic sanctions imposed on Russia by Western powers have severely shaken the global logistics framework.
Whenever conflict erupts in the Middle East, television news headlines invariably ask: “Will crude oil prices surge again? Will petrol and diesel rates escalate?”
Lost amid this clamour is a far more critical narrative directly linked to the dining tables of India’s 1.4 billion citizens: the global fertiliser crisis.
While vehicles can temporarily stop without oil, farmland turns barren, and crops wither without fertilisers. India imports roughly one-third of its urea requirements, nearly half of its Di-Ammonium Phosphate (DAP), and almost 100% of its Muriate of Potash (MOP). These vital imports traverse the very maritime corridors currently sitting on a powder keg.
This raises a fundamental question: While global markets panicked and fertiliser prices skyrocketed internationally, how did sacks of urea and DAP continue reaching Indian villages uninterrupted? How did the Government of India execute its proactive ‘Fertiliser Diplomacy’ right through active war zones across the globe?
This is not merely a story of statistics and official policies; it is the narrative of an unseen struggle waged from Delhi’s North Block to the ports of Moscow, Muscat, and Tel Aviv to ensure green fields across the Indian countryside.
To understand the magnitude of the challenge, three major geographic and geopolitical fault lines must be examined:
Connecting the Red Sea to the Gulf of Aden, the narrow Bab-al-Mandeb Strait forms the backbone of global maritime commerce. Cargo vessels carrying fertilisers from Europe, Russia, and North Africa travel through the Suez Canal and the Red Sea to reach Indian ports.
When Houthi rebels began targeting commercial vessels in this corridor, global shipping operations faced immediate disruption:
Nearly 33% of the world’s ammonia, the essential raw material for manufacturing urea and DAP, alongside substantial quantities of finished urea, originates from Iran, Saudi Arabia, Qatar and the United Arab Emirates (UAE). Situated along the Persian Gulf, these nations depend on the Strait of Hormuz as their maritime exit.
With tensions escalating between Iran and Israel, the risk of maritime traffic coming to a standstill in Hormuz became acute. A complete closure of this passage would have cut off India’s supply of raw materials essential for nitrogen-based fertilisers like urea and NPK.
Russia stands as the world’s largest fertiliser exporter, accounting for approximately 13% of global urea, 30% of potash, and 15% of phosphatic fertiliser supplies. Following the outbreak of the Russia-Ukraine conflict in February 2022, Western nations imposed stringent economic sanctions on Moscow:
This placed India in a complex predicament: Refusing Russian fertilisers meant facing critical shortages of potash and DAP for Indian fields, while continuing purchases raised immediate challenges regarding currency settlement and compliance amid international sanctions.
Evaluating agricultural policy requires an understanding of India’s two principal cropping seasons: Kharif and Rabi. While Zaid crops also play an essential role primarily as an interim vegetable season, the core focus remains squarely on the Kharif and Rabi cycles.
Sown primarily in June and July and harvested through September and October, the Kharif season centres on paddy, a crop requiring abundant water and high volumes of nitrogen (urea).
Despite multiple external challenges during the recent Kharif cycle, two key factors safeguarded national production:
Ground reality demonstrated that while localised surges in demand led to temporary queues at distribution hubs, a common seasonal occurrence, no crops were compromised due to fertiliser unavailability.
The primary operational challenge emerges during the Rabi season (October to March), which encompasses wheat, mustard, chickpea, field pea, lentil, and sugarcane.
The physiological requirements of Rabi crops differ fundamentally from Kharif:
This requirement highlights India’s primary import vulnerability:
Rabi sowing operates within a strict window from October 15 to November 30. Unavailability of DAP during this critical period can reduce wheat and mustard yields by 15% to 20%. Consequently, global logistics delays present their most severe risks during the Rabi season.
While Western nations enforced sanctions on Russia and maritime routes faced instability, India’s Ministry of External Affairs and Ministry of Chemicals and Fertilisers initiated a deliberate and assertive ‘Fertiliser Diplomacy’ campaign:
International Sourcing & Partnerships: India secured its fertiliser supply chain by establishing a Rupee-Rouble settlement arrangement with Russia, executing long-term Government-to-Government (G2G) contracts across multiple nations, and forming overseas Joint Ventures.
Domestic Production & Innovation: The nation accelerated indigenous technologies like Liquid Nano Urea while expanding domestic production capacity to ensure consistent fertiliser availability.
Following Russia’s exclusion from SWIFT, India and Russia utilised national currencies (the Rupee-Rouble mechanism) alongside the UAE Dirham to maintain bilateral trade. India negotiated substantial purchases of DAP, urea, and potash on discounted terms with secured delivery schedules, providing Russia with a stable market while insulating the Indian exchequer from surging global prices.
To mitigate single-source dependencies, India finalised 3-to-5-year supply frameworks across the Gulf region:
India extended its strategy beyond direct purchasing by acquiring equity stakes in overseas production facilities. Indian entities, including IFFCO, secured operational partnerships in rock phosphate and phosphoric acid processing plants across Morocco, Jordan, and Senegal, securing raw materials directly from source mines to streamline supply chains.
During 2023–24, China restricted exports of DAP and urea to stabilise its internal market prices. Despite China historically serving as a key DAP supplier to India, timely diversification to Morocco, Saudi Arabia, and Russia successfully absorbed the supply shock.
While international sourcing remains critical, long-term stability requires expanded domestic manufacturing. India has executed major structural enhancements on this front over the past eight years:
Under a focused strategic initiative, the Government of India recommissioned major public sector urea units that had remained non-operational for decades. These modernised, natural gas-based plants include:
Operating at full capacity, these five facilities added approximately 6.35 million metric tons to India’s annual urea capacity, positioning the country on the verge of complete self-sufficiency in urea.
Developed indigenously by IFFCO, Liquid Nano Urea and Nano DAP represent significant technological advancements in nutrient management:
Volumetric Efficiency: A single 500 ml bottle of Nano Urea effectively replaces a conventional 45 kg bag of granular urea.
Logistical Simplification: Transporting millions of nano fertiliser bottles requires standard light vehicles, bypassing the massive freight rail and trucking infrastructure demanded by bulk granular urea.
Supply Chain Immunity: Manufactured entirely within India, nano fertilisers remain immune to maritime disruptions in the Red Sea or Suez Canal.
Enhanced Absorption Rates: Conventional granular urea yields a plant absorption efficiency of 30% to 40%, with the remainder lost through volatilisation or leaching. Nano Urea delivers an absorption efficiency exceeding 80%.
To hedge against potential international DAP shortages during Rabi, agricultural extension programs are encouraging farmers to adopt a combined application of Nano DAP and Single Super Phosphate (SSP).
Despite surging global prices, domestic retail rates for Indian farmers have remained strictly controlled through government subsidy allocations.
While the international price of a 45 kg urea bag has fluctuated between ₹2,000 and ₹3,000, Indian farmers continue to access it at a fixed MRP of ₹242.65 (excluding local taxes, approximately ₹266). The state absorbs the remaining cost ranging from ₹1,500 to ₹2,500 per bag—directly.
Substantial Budgetary Expansion: Over the past decade, India’s overall fertiliser subsidy outlay has more than doubled, rising from ₹0.72 lakh crore in FY 2016–17 to ₹1.71 lakh crore in FY 2024–25.
Peak Expenditure During FY 2022–23: Driven by the conflict in Europe and global price spikes, the national fertiliser subsidy reached a record high of ₹2.51 lakh crore in FY 2022–23, absorbing global inflation to protect small and marginal landholders.
Urea Priority: Urea consistently commands the largest share of the subsidy allocation, accounting for 60% to 70% of total annual expenditure.
Stabilisation Trend: Following the peak during the height of the conflict, subsidy allocations have stabilised between ₹1.68 lakh crore and ₹1.88 lakh crore across FY 2023–24 through FY 2025–26 (BE) as global markets normalized.
Affordable MRP for Farmers: Government price controls maintain urea at ₹242.65 (45 kg) and DAP at ₹1,350.00 (50 kg).
International Price Gap: Due to global geopolitical friction and market demand, actual landed import costs range from ₹1,800 to ₹3,800 per bag.
Direct Subsidy Support: The central exchequer bridges this pricing gap by providing direct subsidies ranging between ₹400 and ₹2,400 per bag.
Balanced Soil Nutrition: In addition to nitrogen, balanced soil health is supported via Nutrient-Based Subsidy (NBS) allocations across phosphatic and potassic variants, including DAP, MOP, NPK, and SSP.
Note: Rates for DAP and P&K fertilisers are determined under the Nutrient Based Subsidy (NBS) framework, which undergoes seasonal revisions.
Meeting input demand for the current Rabi season requires precise logistical coordination across national distribution networks.
Total seasonal demand across India is estimated between 34 and 36 million metric tons of commercial fertilisers:
Urea: 17.5 – 18.0 million metric tons
DAP (Di-Ammonium Phosphate): 5.5 – 6.0 million metric tons
NPK Complexes: 5.0 – 5.5 million metric tons
MOP (Potash): 1.5 – 2.0 million metric tons
SSP (Single Super Phosphate): 2.5 – 3.0 million metric tons
To navigate Rabi season requirements, the government has deployed a coordinated three-tier strategy:
(A) Promoting Functional Alternatives: NPK and SSP Integration: The Indian Council of Agricultural Research (ICAR) and state agriculture departments are encouraging balanced nutrient application:
Agronomic Facts: While DAP provides 18% Nitrogen and 46% Phosphorus, combining SSP (Single Super Phosphate) with Urea delivers essential Phosphorus alongside Sulfur and Calcium—nutrients particularly beneficial for oilseeds like mustard.
NPK Adoption: Formulations such as NPK 12:32:16 and 20:20:0:13 are being deployed as direct functional alternatives to DAP.
(B) PM-PRANAM and Sustainable Agriculture: Supported by the Soil Health Card initiative and the PM-PRANAM scheme, states receive financial incentives to optimise chemical fertiliser consumption. Excessive urea application has shifted India’s average NPK consumption ratio to 8:3:1, compared to the recommended 4:2:1 benchmark. Optimising usage reduces import dependence while protecting soil and groundwater quality.
(C) Digital Tracking via iFMS: The Integrated Fertiliser Management System (iFMS) tracks distribution down to individual Point of Sale (POS) terminals. Fertiliser allocations are linked to landholding records and verified via biometric Aadhaar authentication, preventing the diversion of subsidised agricultural urea into industrial applications such as resins and adhesives. Real-time monitoring tracks movement from discharge ports to district railheads and retail outlets.
National security depends not only on defence capabilities along international borders, but also on ensuring uninterrupted food supplies during global crises.
When major global agricultural supply centres across Eastern Europe and the Middle East faced severe disruption, India confronted potential supply chain vulnerabilities reminiscent of earlier decades. Disruptions to fertiliser imports could have reduced domestic crop yields, driven up food inflation, and strained national economic stability.
Instead, strategic supply management mitigated these risks through deliberate policy execution:
Budgetary support reaching ₹2.5 lakh crore absorbed global price volatility, insulating domestic agricultural producers.
While logistics during peak Rabi demand require continued coordination due to international shipping delays and localised distribution constraints, India’s broader management of the global fertiliser crisis demonstrates significant strategic resilience.
When the history of the 2020s is evaluated, it will encompass more than energy markets alone; it will record how deliberate policy planning ensured that Indian agriculture maintained stable production through a period of international supply disruption.
The IIT Bombay controversy opens a wider debate over humanities in technology institutions, tracing ideological imbalance, campus activism and global university conflicts before examining how standalone humanities programmes expanded across IITs and gained institutional influence.
Facial recognition can connect missing-child photographs with found-child records across states, while AI, CCTV and digital trails open new leads. Yet a machine match is only a lead until investigators independently verify identity and circumstances.
For decades, India’s economic potential was bottlenecked by a railway network that forced heavy freight and premium passenger expresses to share the same congested tracks. Today, a monumental paradigm shift is underway. Through the operationalisation of Dedicated Freight Corridors (DFC), the multitracking of high-density routes, and the deployment of 12,000 HP locomotives, Indian Railways is physically segregating its traffic. This deep dive explores the engineering and economic overhaul—from double-decker freight to the Kavach safety shield—that is fundamentally rewriting the nation’s supply chain geometry.
Selected issues, clear explanations and thoughtful perspectives—delivered when we publish.
