Why India may be better prepared this time to withstand a poor monsoon

The southwest monsoon, which runs roughly from June to September, brings about three-fourths of India's yearly rainfall. This makes it the single most important weather event for the country's farms and economy. The rain fills reservoirs, recharges groundwater, supports rivers and lakes, and decides how well the kharif crops (sown in the monsoon, such as rice, pulses and oilseeds) grow. When the monsoon is weak, farm output can fall, food prices can rise, rural incomes shrink and overall economic growth slows. In 2026, the season has started slowly, with June rainfall running well below normal, raising worries about a poor monsoon year.

Several factors decide how strong the monsoon is. One is El Nino, a warming of the Pacific Ocean near South America that tends to reduce rainfall over India, though its full effect usually shows up with a delay of more than a month. Another is the Madden-Julian Oscillation (MJO), a moving band of winds and clouds that circles the equator; depending on where it sits, it can either help or suppress rain over India. Weather officials say weak monsoon currents, low-pressure systems that were not strong enough, and an unfavourable MJO phase together caused the dry start in June 2026.

What is different this time is that India is better placed to absorb the shock than it was a decade ago. Thanks to good rains in the previous two years, the major reservoirs are holding relatively healthy water levels, which gives a cushion for both irrigation and drinking water. Years of work on rainwater harvesting, water storage and conservation, much of it under the rural employment scheme, have improved the groundwater situation. The fast growth of solar and wind power has reduced the country's dependence on hydropower, so a dry spell hurts electricity supply less than before. Early warnings of a weak monsoon also appear to have helped farmers plan their sowing during pre-monsoon showers.

The country still holds large buffer stocks of foodgrains such as wheat and rice, which the government can release to keep prices steady if production falls. These reserves, along with better water storage and a cleaner energy mix, mean the impact of a bad monsoon should be smaller than it once was. Even so, experts caution that careful planning is still needed, because climate change is making rainfall more uneven across regions, and building long-term resilience remains the only reliable answer.

For exam aspirants, this topic links several ideas: the monsoon's role in agriculture and the economy, the meaning of buffer stocks and food inflation, the importance of reservoir storage and irrigation, and global climate drivers like El Nino and the MJO. It is a strong example of how environment, agriculture and economic policy connect.