The Biggest El Niño in a Century Isn't a London Story - It's a Latur Story

This Is Not the First Time El Niño Has Cornered Indian Agriculture

• Just the Sharpest In 1997-98, an El Niño event considered the strongest on record at the time drove sea surface temperatures across the tropical Pacific more than 2°C above baseline and Indian meteorologists spent that monsoon season anxiously tracking a rainfall deficit that never fully arrived - the season ended close to normal, a reminder that El Niño's link to Indian rainfall is strong but not absolute. The 2015-16 event, ranked among the three strongest of the twentieth and twenty-first centuries, was less forgiving. It drove severe agricultural drought across Maharashtra and Karnataka, forced large-scale cattle migration and left more than 25,000 villages short of drinking water - bad enough that the Indian Railways ran emergency "Jal Doot" water trains into Latur. Britain's Met Office says the El Niño now developing will exceed both. Adam Scaife, the agency's head of long-range forecasting, has called it the biggest in over a century, with Pacific waters projected to run more than 3°C above normal against a current reading already at 2.6°C. That is not a marginal escalation over 2015-16 - it is a different order of event, arriving on top of a summer of heatwaves across Europe and a climate system already carrying more heat than it did a decade ago.

Where the 1997-98 and 2015-16 Parallels Break Down

Both earlier events eventually eased India's food-price pressure through compensating factors - a strong La Niña rebound in 1998 and above-normal 2016 rainfall that partially offset the prior year's shortfall. Whether this event affords India that same recovery window is not yet knowable and the Met Office's own language - "unheard of in modern climate records"

• is a warning against assuming history repeats on schedule. The pattern that does repeat is institutional: each event exposes the same gap between early meteorological warning and the slower machinery of agricultural response, buffer-stock release and irrigation support.

What the Repetition Actually Teaches

India's kharif sowing calendar, its food-inflation management and its rural income cycle have absorbed three major El Niño shocks in under thirty years without fundamentally changing how early warning translates into on-ground preparedness.

The 2015-16 crisis produced emergency response - water trains, drought relief - rather than the kind of standing institutional readiness (expanded micro-irrigation, pre-positioned buffer stocks, localized forecasting reaching the district level) that would blunt the next one before it becomes a crisis.

A record-breaking El Niño arriving now is less a meteorological surprise than a test of whether that gap has closed at all.