A significant portion of India’s fertilizer supply chain depends on imports routed through the Gulf region. Key inputs such as urea, DAP (Di-Ammonium Phosphate), ammonia, sulfur, and LNG-linked feed stocks largely originate from or transit through this narrow maritime corridor. Any disruption here does not remain a distant geopolitical concern—it directly affects the cost, availability, and timing of fertilizers reaching Indian farms. The ongoing conflict involving the United States, Israel, and Iran has heightened risks in this already sensitive region. As tensions escalate, the Strait of Hormuz is increasingly being viewed as a global chokepoint. Even minor disruptions—whether through shipping delays, insurance cost spikes, or precautionary rerouting—can send shockwaves across commodity markets. For India, the timing is particularly critical. The kharif season, which depends heavily on timely fertilizer application ahead of the monsoon, is approaching its peak procurement phase. Any delay in shipments or price volatility during this window could have cascading effects. The immediate risks are clear: Rising global prices of urea and DAP Increased subsidy burden on the Indian government Delays in fertilizer arrivals at ports and inland distribution networks Reduced fertilizer usage by cost-sensitive farmers Potential decline in crop yields across key kharif crops such as rice, maize, soybean, cotton, and sugarcane What makes the situation more concerning is the emergence of a “double squeeze.” On one side, logistical risks are mounting due to geopolitical instability. On the other, raw material constraints are intensifying. China, a major player in the global fertilizer supply chain, has already tightened exports of sulfuric acid and phosphatic inputs, adding further pressure on prices. India sources over 20% to30% of its urea fertilizers from the Middle East. With global urea prices already showing upward momentum during the sowing window, any prolonged disruption could translate into structural cost increases rather than temporary spikes. The broader implication is that food inflation may not begin in mandis or retail markets—it may originate much earlier in the value chain, starting with fertilizers. Lower nutrient application today can mean weaker yields tomorrow, eventually tightening supply and pushing up food prices. This evolving situation is not just a headline for geopolitical analysts—it is a ground reality that farmers, traders, agribusinesses, and policymakers must closely monitor. The resilience of India’s food system may well depend on how effectively it navigates this emerging fertilizer crisis.