As India's Weakest Monsoon in Over a Decade Hits Maharashtra, One Village Shows What Relief Work Can Build

The Indian monsoon is the seasonal wind-and-rain system that brings most of the country’s annual rainfall. Its summer rains refill reservoirs, recharge groundwater and support crops. Rural livelihoods therefore depend heavily on its timing and amount.

A rainfall deficit of 12.6% means India received 12.6% less rain than its long-term average, or about 87.4% of normal rainfall. That shortfall does not affect every place equally. Rain-shadow regions, such as Hiware Bazar, already receive little rain and face greater stress when totals fall.

The monsoon ended 12.6% below average in 2026, according to an India Meteorological Department official quoted by Reuters. Maharashtra recorded an 18% deficit and declared 265 of its 358 tehsils drought-affected. Hiware Bazar shows why rainfall totals alone do not determine outcomes: careful water storage and crop planning helped its production hold steady during a much drier 2015 season.

The drought problem is statewide and large. Maharashtra recorded an 18% rainfall deficit in 2026 and declared 265 of its 358 tehsils drought-affected on 26 September. That means almost three-quarters of the state’s tehsils were officially identified as facing drought conditions.

The article measures affected people through demand for relief employment. Households seeking Employment Guarantee Scheme work increased from 402,493 in July to 493,169 in September. The state has earmarked Rs 6,728 crore for its rural employment mission and identified 375 kinds of work, including water conservation.

The scale also has historical depth. During Maharashtra’s 1972-73 drought, as many as 5 million people attended relief works at the peak of distress. Today, public employment still provides income during failed seasons, while projects can create assets that reduce future water insecurity. Hiware Bazar demonstrates that second benefit.

Hiware Bazar used Employment Guarantee Scheme funds not only to pay people during hardship, but also to rebuild the village’s water system. The goal was to slow runoff, hold rainwater, restore farmland and make farming possible in a rain-shadow area receiving about 400 mm of rain annually.

The village regenerated 70 hectares of forest, built 40,000 contour trenches and added 414 hectares of contour bunding with about 660 rainwater-harvesting structures. Wells increased from 97 to 217. Irrigated land grew from 120 hectares in 1999 to 260 hectares in 2006. Groundwater later remained 11 to 12 metres below ground, compared with about 37 metres earlier.

The changes also supported migration reversal. Forty families returned from Pune and Mumbai between 1992 and 2002, and households reached 216 by 2007. The village’s experience shows how relief spending can create productive assets and strengthen livelihoods beyond one drought season.

A rain-shadow village receives little rainfall, so losing water quickly through downhill runoff is especially damaging. Contour trenches are dug along the shape of a slope, while contour bunds form low barriers across it. Both slow water moving downhill and spread it across the land.

Slower runoff gives rain more time to enter the soil and refill underground stores. Small harvesting structures capture water that might otherwise leave the village. In Hiware Bazar, the panchayat built 40,000 contour trenches around the hills, added 414 hectares of contour bunding and created about 660 water-harvesting structures. The work helped wells and irrigation expand.

The results mattered because the village receives about 400 mm of rain annually. Its crop production did not fall in 2015, even when rainfall was about 50% below normal. Such structures cannot create rain, but they make scarce rainfall more useful and reliable.

The gram sabha, or village council, meets every October to plan the coming agricultural season. Its annual water budget estimates runoff, groundwater recharge before and after the monsoon, and the amount of water available for use. This turns rainfall and underground water into a practical limit for farming decisions.

Farmers receive advice on which crops to grow based on that estimate. When rainfall was low, the village grew millets instead of wheat. It also prohibited sugarcane and cotton, banned deep borewells in the early 1990s and relied on 16 shallow hand pumps for drinking water. These rules reduce pressure on limited water supplies.

The approach links what the village wants to grow with what nature can replace. The gram sabha decides how much land can be irrigated and what the village can realistically sustain. That makes drought planning continuous, rather than an emergency response after wells or crops have already failed.

India created Famine Codes to help officials anticipate crop failure, recognise famine and organise relief. The 1880 Famine Commission recommended public works that paid subsistence wages within reach of workers’ homes. The system also required early warning and clear guidance on when to declare a famine.

After Independence, the codes became Scarcity Manuals. Their employment principle remained important during Maharashtra’s 1972-73 drought, when as many as 5 million people attended relief works at the peak of distress. Public works provided income while addressing urgent hardship.

Maharashtra still uses this approach through its Employment Guarantee Scheme and rural employment mission. In 2026, it budgeted Rs 6,728 crore, while households seeking work rose from 402,493 in July to 493,169 in September. The state lists 375 work types, including water conservation. Hiware Bazar shows how these programmes can build lasting assets as well as offer immediate wages.

Groundwater recharge is the process by which water from rain or surface flows enters the soil and replenishes underground water stores. It is important because wells and springs depend on that stored water when rainfall is absent. Recharge can happen naturally, but land and water structures can help more rain soak in.

Hiware Bazar slowed runoff with contour trenches, contour bunding and rainwater-harvesting structures. The village tracked groundwater recharge before and after the monsoon in its annual water budget. It also banned deep borewells and restricted water-intensive crops. These steps helped groundwater remain 11 to 12 metres below ground level, compared with about 37 metres earlier.

Using more water than nature replaces gradually lowers groundwater and makes each drought worse. Matching irrigation and crops to expected recharge keeps withdrawals within a sustainable limit. It also helps a village prepare before the next dry season, rather than waiting for wells, crops or incomes to fail.