Ahead of Below-Normal Monsoon 2026: India Must Build Resilience and Account for Economic Costs

📌 Summary:

• Context: IMD has forecast a "below normal" southwest monsoon 2026 — only 92% of Long Period Average (LPA), driven by high probability of El Niño conditions in the second half of the season

• Core argument: India must shift from reactive to proactive food security and resilience-building strategies before the monsoon failure materialises

• Positive buffer: Food stocks in government godowns stand at 60.4 million tonnes (MT) as of April 1, 2026 — well above the minimum buffer of 21 MT and higher than 50 MT a year ago; bumper wheat harvest adds further comfort

• Causal chain of monsoon failure impact: (1) Reduced Kharif crop output (especially paddy, pulses, oilseeds) → food inflation; (2) Lower groundwater recharge → water stress in rabi season; (3) Reduced rural income → consumption slowdown; (4) Compounded by West Asia energy shock — higher fuel costs → higher farm input costs

• Historical precedents cited: 1979, 2002, 2009 drought years; in each case, food stocks and import ability cushioned the blow

• Solutions: Proactive management of food stocks and buffer releases, pre-positioning of MNREGS work in drought-prone areas, import pipeline planning for pulses and edible oils, direct benefit transfers to vulnerable households

🎯 UPSC Relevance: GS3 — Disaster Management (drought, El Niño, NDMA); GS3 — Agriculture (food security, Kharif crops, food stocks); GS3 — Indian Economy (inflation, rural demand)

📝 Prelims Facts:

• Below-normal monsoon 2026 forecast: 92% of LPA

• El Niño: Warming of equatorial Pacific → disrupts global rainfall patterns including Indian monsoon

• Food stocks (April 1, 2026): 60.4 MT; minimum buffer norm: 21 MT

• LPA: Long Period Average of 89 cm (1971-2020 base)

🔑 Key Term: El Niño — Anomalous warming of the central-eastern tropical Pacific Ocean occurring every 2–7 years; causes below-normal and erratic monsoons in India by weakening the temperature gradient between the Indian Ocean and land