Maharashtra is again approaching a drought-like crisis, with about 21 districts facing the possibility of water scarcity after prolonged breaks in rainfall. The immediate damage is visible in scorched standing crops, falling well levels, drinking-water concerns and fodder shortages. But the more consequential finding is the recurrence: the state has faced drought-like or officially declared drought conditions several times in the past 12 years, suggesting that water stress is not an exceptional event but a repeated governance challenge.
A report published by Loksatta on September 25 said the current situation could be more serious than several drought-like and drought conditions recorded over the past decade. It attributed the present concern to an 18 per cent rainfall deficit, prolonged gaps in rainfall and low water storage in parts of Marathwada. By the end of September, storage in dams in the region had fallen to about 46 per cent, according to the report.
The distinction between drought-like conditions and an officially declared drought is important. A drought declaration is not only a description of weather. It activates administrative recognition of affected areas and can determine the scale and form of relief available to farmers, villages and livestock-dependent households. Maharashtra’s recent record, as described in the report, shows how the state has repeatedly moved between these categories while dealing with similar effects on agriculture and water access.
The present crisis began with a weak and uneven monsoon. The report said that the long breaks between rainfall events had damaged kharif crops, with standing crops drying up in several areas. This is different from a single shortfall in seasonal rainfall. A prolonged dry interval can damage crops even when later rainfall improves the overall seasonal total, because the timing of rainfall determines germination, crop growth and yield.
The consequences also move beyond farms. Falling groundwater levels can affect wells used for drinking water and household needs. Shortages of fodder add pressure on livestock owners, while the need to reserve water for the upcoming rabi season creates a second planning problem. The administration must therefore respond to overlapping demands: protect drinking-water supplies, assess agricultural losses, arrange fodder and decide how much stored water can be allocated to future cultivation.
The report’s historical comparison makes the current episode more significant. In 2015, Maharashtra received average rainfall equivalent to only 59.4 per cent of normal, while rainfall deficiency was recorded in 278 of the state’s 355 talukas. The crisis became severe enough for water to be transported to Latur by railway wagons, an emergency intervention that demonstrated how a local water shortage could become a major logistical and administrative operation.
In 2018-19, the state officially declared drought in 159 talukas. Of these, 112 were classified as severely affected and 39 as moderately affected, while about 85.76 lakh hectares were impacted. The government also had to extend drought-like status to revenue circles and villages. These figures show that drought administration works across several territorial units, from districts and talukas to revenue circles and villages, rather than through one uniform state-wide condition.
A limited drought was declared again in 2019-20. The report places that episode during the Covid period, when the state was led by Uddhav Thackeray. In 2023-24, Maharashtra faced another officially declared drought. For the kharif season of 2023, drought was declared in 40 talukas across 15 districts. Twenty-four of those talukas were classified as severely affected and 16 as moderately affected. The affected area was estimated at about 22.66 lakh hectares, and the state sanctioned assistance of approximately Rs 2,443 crore.
These numbers reveal a recurring cycle: rainfall stress damages crops; water levels fall; affected areas are classified; the state releases relief; and the administrative system prepares for the next season. The repeated use of relief measures is necessary when households face immediate losses, but the historical pattern also raises a structural question about whether drought management remains too focused on emergency response after rainfall has already failed.
The source material does not establish the effectiveness of previous relief packages, the speed at which assistance reached households, or whether water-management projects reduced vulnerability in the affected areas. It also does not identify the districts currently considered most at risk beyond the broad estimate of about 21 districts and the specific concern over Marathwada. Those gaps matter because drought is experienced unevenly. District-level rainfall, reservoir storage, groundwater conditions, crop choices and access to alternative water sources can differ substantially.
The institutional challenge is therefore one of coordination. The state government must connect rainfall assessment with reservoir operations, drinking-water planning, crop-loss assessment, livestock support and preparation for the rabi season. Each task involves different administrative responsibilities, but residents experience them as one water crisis. A village may simultaneously need drinking water, crop compensation and fodder, while the local administration must make decisions within limited stored-water capacity.
Reservoir storage is a particularly important part of this system. The reported 46 per cent storage level in Marathwada does not by itself describe the amount of water available to every settlement, but it indicates that regional water planning is being undertaken under pressure. Stored water must be managed across competing uses, and decisions made for one season can affect the next. The report says the state has begun preparing plans for affected farmers, drinking water, fodder and the forthcoming rabi season, making implementation and prioritisation the next major administrative milestones.
The history also shows why emergency infrastructure becomes central during severe shortages. The 2015 railway water supply to Latur was not simply a transport story. It reflected the failure of ordinary local water sources to meet demand and the need to move water over long distances through a large public system. Such interventions can provide immediate relief, but they are also evidence of how quickly water scarcity can expose weaknesses in local storage, distribution and groundwater security.
For urban readers, Maharashtra’s drought cycle is not a distant rural issue. The state’s cities and towns depend on water systems that are connected to regional reservoirs, rivers, groundwater and agricultural landscapes. A drought that reduces rural water availability can intensify competition for stored water, increase pressure on tanker supply and complicate decisions about municipal distribution. The supplied report does not provide current urban supply data, so the direct effect on specific cities cannot yet be established. It does, however, show the wider water-security system in which urban demand is located.
The repeated drought declarations also have an economic dimension. Crop damage affects household income, food production and the ability of farmers to finance the next season. Fodder shortages can increase the cost of maintaining livestock. Government relief, meanwhile, creates a substantial public expenditure obligation, as shown by the Rs 2,443 crore assistance sanctioned after the 2023 drought. The available material does not provide a comparable cost estimate for the current episode, but it indicates that the state is again preparing for significant support measures.
What the evidence confirms is a pattern of recurring water stress, not a one-off weather disruption. Maharashtra has experienced severe rainfall deficiency, large affected areas, official drought declarations and extraordinary water-supply interventions at different points over the past 12 years. The present episode combines an 18 per cent rainfall deficit, prolonged dry spells, crop damage, falling wells, fodder concerns and approximately 46 per cent dam storage in Marathwada.
What remains uncertain is the final geographic extent of the crisis, whether the rainfall deficit will change, which areas will receive formal drought status and what relief will be sanctioned. The developments that require monitoring are the state’s assessment of the approximately 21 districts, the availability of drinking water and fodder, the condition of reservoirs and the planning of water for the rabi season. Those decisions will show whether Maharashtra’s response remains primarily an emergency exercise or becomes a more durable approach to managing recurring water scarcity.
