India’s monsoon is no longer just a weather story. It has become a stress test for crops, prices, and rural incomes at the same time. A below-normal forecast from the India Meteorological Department, paired with a fertilizer supply chain disrupted by conflict in West Asia, has put agriculture under unusual pressure. The immediate concern is not only rainfall deficits, but whether weaker showers and thinner fertilizer stocks can arrive together and hit the Kharif season when the system is most exposed.
Why the monsoon matters now
The four-month monsoon from June to September carries extraordinary weight because India receives about 70% of its annual rainfall in this period, while nearly 45% of farmland lacks irrigation and depends on these rains alone. That makes a forecast of 92% of the long-period average far more than a statistical downgrade. It signals a season in which timing, distribution, and intensity will matter as much as the total rainfall number itself. The private forecast at 94% of the long-period average points in the same direction, reinforcing the risk of a drier second half of the season.
The concern is particularly sharp because El Niño, the warming of Pacific Ocean waters that can reduce precipitation over the Indian subcontinent, tends to weigh on August and September. That matters for grain formation, when dry spells can hurt yields, especially on marginal and unirrigated land. Pulses and oilseeds are the most exposed in that setting, while rice is better protected by stock comfort. Even so, the overall picture is one of reduced cushion at a time when the agricultural system is already balancing on tight margins.
Fertilizer stocks and the hidden supply shock
The second pressure point is less visible to households but just as important. Conflict in West Asia has disrupted imports of urea and diammonium phosphate, while also affecting the supply of natural gas and sulphur used to manufacture fertilizers in India. At the end of March, total fertilizer stock stood at 18 million tonnes against a Kharif requirement of 39 million tonnes. That gap does not automatically translate into an output collapse, but it does raise the risk of local shortages, delayed application, and uneven access during the season.
India is trying to bridge the gap through spot purchases of natural gas and imports of finished urea from non-Gulf producers, but a shortfall remains likely. The practical effect may still be moderated by farmer behavior, since subsidized urea is often overused. That helps explain why fertilizer stress may not hit output in a simple one-to-one fashion. Even so, it adds another layer of uncertainty to a season already facing rainfall risk. In that sense, the monsoon is only one half of the story; fertilizer availability is the other.
Food inflation, output, and rural demand
The first market signal is already visible in prices. Food inflation rose to 3. 9% in March from 2. 1% in January and -2. 7% in December 2025, driven mainly by cooking oils, fruits, and animal proteins. Consumer affairs data showed cooking oil prices 4% to 15% higher year-on-year, while pulses and cereals were mostly stagnant or lower. That split matters because it suggests the inflation risk is not broad-based yet, but concentrated in categories that are more exposed to weather, imports, and global commodity moves.
That is where the monsoon becomes a macroeconomic variable. Deficient rainfall could push up pulses and edible oils in the coming months, even if rice prices remain contained because India has excess stock. A rise in global crude prices could also make biofuel conversion more attractive, lifting global edible oil prices and feeding through to India, which remains heavily dependent on imported oils. For farmers, the question is whether weaker rain and tighter input supply will erode incomes faster than prices can rise.
What experts and institutions are signaling
The India Meteorological Department’s below-normal outlook is the central official warning. Skymet’s below-normal forecast reinforces the same direction of travel. The deeper lesson is that recent years have shown mixed resilience: Kharif foodgrain output held at 156 million tonnes in 2023 when monsoon rains were 94% of the long-period average, and it improved to 141 million tonnes in 2018 despite rains at 91%. But in 2015, when the monsoon was only 86% of the average, Kharif foodgrain production fell 2. 3%. Those comparisons suggest that resilience exists, but it is not limitless.
The current season therefore sits in a narrow zone. If rainfall is patchy, fertilizer access uneven, and global edible oil prices firmer, the pressure could spread from fields to food inflation and then to rural demand. If the system holds, the result may be manageable rather than disruptive. Either way, the next few months will reveal whether India’s agricultural buffers are strong enough to absorb another monsoon shock, or whether the overlap of weather and supply stress is now changing the baseline.
Regional and global ripple effects
The implications extend beyond farms. Pulses, oils, and animal proteins are already the categories most sensitive to a tighter supply environment, which means any further price pressure would be felt quickly by consumers. In rural areas, weaker harvest expectations can slow demand for goods and services even before harvest time arrives. Globally, oil market shifts can complicate India’s import bill, while fertilizer dependence can expose the country to external disruptions far from the farm gate. That makes the season not just a test of rainfall, but a test of how well India can manage overlapping shocks.
