If the 2026 monsoon has reaffirmed anything, it is that El Niño years do not have to translate automatically into agricultural and water crises. India’s own recent history offers a more hopeful counter-narrative: the country’s sensitivity to El Niño has been steadily declining. Between 1982 and 2002, six of seven El Niño events damaged agricultural growth. Since 2004, only two of seven have done so. That shift was not accidental. It was built, deliberately, through expanded irrigation, price support mechanisms and crop insurance. The task now is to extend that same deliberateness to the gaps that remain.

Updating the Playbook Before the Season Peaks

The most immediate lever available to policymakers is also the most basic: ensuring that contingency plans match the risk on the ground. Many of India’s district-level agricultural contingency plans were drawn up roughly a decade ago, under very different rainfall and cropping assumptions. In response to the 2026 forecast, the Union Agriculture Ministry directed the Indian Council of Agricultural Research and state agricultural departments to revise these plans specifically for an El Niño year, with stage-wise responses for seed distribution, irrigation scheduling and crop insurance, before the kharif season reached its peak.

This kind of plan refresh matters because it converts a generic warning, ‘expect below-normal rainfall’, into specific, local instructions: which crops to prioritise in which districts, when to release water from which reservoirs, and which farmers need early support. The 150 to 200 districts initially flagged as highest-risk, later widened to over 300 vulnerable districts and 100-plus high-priority ones, give administrators a concrete map of where this attention needs to land first.

Choosing Crops That Match the Water Available

Alongside planning, the choice of what to grow is itself a powerful adaptive tool. IMD and private forecasters such as Skymet have urged farmers in deficit-forecast regions to move away from water-intensive paddy toward drought-tolerant millets, short-duration pulses and oilseeds. This is not a new idea, but El Niño years sharpen its urgency. A shorter-duration, lower-water crop sown at the right moment can mean the difference between a harvest and a failed season for a farmer working entirely rainfed land.

Encouragingly, India’s rice, soybean, maize and groundnut research base has grown deep enough that these alternatives are increasingly viable at scale, not just as emergency substitutes. Translating that research into farmer adoption, particularly in the highest-risk districts, is where extension services, input suppliers and local administration need to work in close coordination during exactly this kind of season.

Water as a Shared, Permanent Responsibility

Perhaps the most instructive lesson comes from the Andhra Pradesh Farmer Managed Groundwater Systems project, which ran across 638 villages in seven drought-prone districts between 2003 and 2009. Farmers were trained to measure their own water tables, calculate shared water budgets, and align cropping decisions to the water genuinely available to their community, rather than to what they hoped would arrive. The Food and Agriculture Organization documented real outcomes: voluntary cuts in groundwater pumping and a shift toward less thirsty crops, achieved through community ownership rather than top-down mandate.

The caution attached to that success is just as important as the success itself. Once external project funding ended, the water-monitoring practices largely faded, and the benefits never fully reached the poorest farmers or women in those communities. The lesson is not that participatory water management fails, but that it fails when treated as a time-bound project rather than a permanent public system. Any serious response to monsoon variability needs to build these mechanisms to outlast the funding cycle that creates them.

Where Structural Support Has Already Helped

It is worth pausing on why India’s exposure to El Niño has genuinely fallen over the decades, because those same structural supports remain the most reliable defences available for 2026 and beyond. Irrigation coverage has expanded from around a fifth of India’s cropped area in the 1960s to roughly half today, directly reducing the share of farmland left entirely to chance each monsoon. Minimum Support Price mechanisms and crop insurance schemes have cushioned the income shock even in years when yields do fall. And rural households themselves have diversified: cultivation now accounts for only about a third of total rural income, with wages, livestock and non-farm activity making up the rest, spreading risk across a wider economic base than agriculture alone.

None of this argues for complacency. A below-normal monsoon still means real hardship for millions of households in the districts where irrigation, insurance and income diversification have not yet reached. But it does argue for a specific kind of response: one that extends proven tools, climate-resilient seed varieties, community water governance, updated contingency planning and diversified rural livelihoods, into the places that have been left behind by two decades of broader progress.

The Role for Organisations Like Fiinovation

This is precisely where development and CSR partners can add the most value, not by duplicating government response, but by reaching the last mile that policy alone struggles to cover. Water-use efficiency programmes, access to climate-resilient seeds, support for community-led groundwater governance, and livelihood diversification initiatives in the highest-risk districts are exactly the kind of on-ground, sustained interventions that turn a forecast of below-normal rainfall into a manageable season rather than a crisis.

The monsoon will always carry an element of uncertainty; that is its nature. What 2026 demonstrates is that the uncertainty itself is increasingly well understood, well in advance, and well distributed across known vulnerable districts. The work that remains is not predicting the next El Niño. It is making sure that, when it arrives, India’s most exposed communities are not meeting it for the first time.