By Jay Prakash Pandey ‘Pahaadi’
When water begins to recede, it does not first appear as a crisis in a government report. It shows up earlier, and elsewhere. It lengthens a woman’s daily walk by a few hundred metres. It settles as hesitation in a farmer’s mind: should I sow paddy this year or not? It is visible in the empty trough where a restless animal stands waiting. Only when the village wells, ponds, tanks and mountain springs survive merely as memories does the state finally declare, in its official language, that the area is “water‑scarce”. But the crisis does not start on that day. It began much earlier – the day we treated water only as something to be extracted; the day the hunger for higher yields drowned out the limits of the soil; the day decisions about a village’s water were taken by someone who did not even know where the last trickle survives at the end of a harsh summer.
In rural India, water governance is not just about supplying water. It is a question of justice; without it, any model of development eventually collapses under its own weight. Which field gets how much water, which crops are suited to the local water balance, how much actually remains for irrigation after meeting the basic needs of households and livestock, whether the groundwater we take out is returning to the aquifer at all – such questions can no longer be answered only by building more engineering structures. Villages need to know the true account of their water. That accounting is what we call “water budgeting”.
The issue is all the more serious because India is not an empty, waterless country; it is a water‑stressed country. According to the Central Water Commission’s 2019 reassessment of water availability, the country receives on average about 3,880 billion cubic metres of rainfall every year. Once heat, wind and other natural losses are taken into account, India probably works with something close to 2,000 billion cubic metres of water in a normal year. Nobody feels that number directly, of course. What people do feel is that, with more and more people depending on the same stock of water, the share that comes to each person slowly thins out.
That thinning does not show up only in charts. It appears in a slightly deeper well, a crop that looks a little more stressed than last season, a family that changes the way it uses water at home. It is also far from even. Some parts of the country get a few sudden, heavy showers that rush away as floodwater before the soil can hold anything. In other places, fields simply stare at an empty sky for weeks, sometimes for months.
Falling groundwater levels are perhaps the most stark expression of this imbalance. When, year after year, we withdraw more water from the earth than it can recharge, the problem is not just that wells and tube‑wells must be dug deeper. Seasonal scarcity sharpens. Disputes over who gets water intensify. A subtle inequality grows within the village: those with means can afford a deeper borewell, while the small farmer is left alone with a dry field and rising debt.
That is why supply‑driven water management is no longer enough. To assume that every shortfall can be solved by one more pipeline, one more storage tank, one more borewell, one more concrete structure, is to push the problem a little further down the road. We need approaches that start from demand, are planned with care, and are rooted in community participation. Especially in those regions where scarcity and unequal access to water are already undermining economic stability, food security and climate resilience, water budgeting is not a bureaucratic formality; it is a necessity for the future.
The idea itself is simple, but the politics inside it is large. Water budgeting means systematically assessing the water available and the total water demand within a defined area – a village, a micro‑catchment, a block, a district – so that use stays within the limits of renewable supply. In practice, it means the village asking: How much water did we receive from nature this year? How much remained? How much percolated into the ground, how much flowed away? How much will households need, how much will livestock need, how much is agriculture demanding – and which forms of use have become unsustainable and must change?
Water budgeting matters because water crises do not look the same everywhere. The decision that makes sense for one farmer cannot be copy‑pasted onto another village. The needs of a drought‑prone district are not the same as those of a flood‑prone river basin. Water budgeting can be applied at the level of individual farms and villages, all the way up to entire catchments and river basins. It allows water‑management plans to be shaped by local realities: the actual resource base, the pattern of demand, the risks a place is facing – whether groundwater depletion, seasonal scarcity, floods or climate‑driven uncertainty.
For governments, the value of water budgeting lies in its ability to shift decisions away from guesswork and political rhetoric towards evidence. It helps identify which areas have water in surplus and which are edging into deficit. On that basis, it becomes possible to allocate water more judiciously between crops, households, livestock and industry. But we must be clear: this is not only about “allocating water”. It is about setting priorities within the village. When water is limited, whose needs are protected first? Drinking water? Livestock? Food crops? Or that cash crop which fetches a higher price but draws heavily on groundwater? Water budgeting brings these difficult questions into the open instead of hiding them in technical language.
In agriculture, these questions become even sharper. The National Commission for Integrated Water Resources Development has estimated that under high‑demand scenarios, irrigation water requirements in India could reach about 807 billion cubic metres by 2050. This is a warning letter addressed to today’s agriculture. Water budgeting offers a practical, long‑term way to reduce this uncertainty. When farmers know the real water balance of their village, their fields and their local sources, farming is no longer just a matter of habit or guesswork; it becomes a deliberate process of decision‑making. Choosing crops that fit local water availability, timing sowing more carefully, changing irrigation practices, re‑ordering competing uses for limited water – all these decisions only make sense when a community knows how much water it has, for how long, and for what uses.
In recent years, national programmes such as the Atal Bhujal Yojana and the National Water Mission have begun to build this idea into their design. Launched in 2019, Atal Bhujal Yojana places water budgeting at the centre of decentralised groundwater governance at the gram panchayat level. The scheme has been piloted in 229 groundwater‑stressed blocks across seven states – Gujarat, Haryana, Karnataka, Madhya Pradesh, Maharashtra, Rajasthan and Uttar Pradesh. Under the programme, water budgeting is combined with reviving traditional water‑harvesting systems – gokathe in Karnataka, baolis and johads in North India, tankas and diggis in Rajasthan, and other local forms – tailored to local needs. That matters, because India’s villages developed their own water wisdom long before modern schemes existed.
In our rush towards “modernity”, we dismissed much of that knowledge as backward. Today, the same baolis, johads and tankas remind us that water conservation is not just about new concrete structures; it is also about restoring older relationships between landscape and community. By March 2026, the Atal Bhujal scheme had supported the creation or rehabilitation of roughly 81,700 water‑conservation and recharge structures. Participating panchayats had prepared over 8,200 water budgets. Significant effort has gone into building local capacity to keep this process alive.
Assessments carried out in 2023–24 and 2024–25 report clear improvements in groundwater levels in 180 of the 229 project blocks. These numbers are not merely administrative achievements. They suggest that when questions of water are tied to community participation, local geography, traditional knowledge and scientific assessment, changes begin to show on the ground. The thousands of village‑level water budgets, the tens of thousands of recharge structures, more than a hundred thousand trainings and demand‑side measures over nearly nine lakh hectares all point in the same direction: that the answer to water stress lies less in searching for “more water” and more in understanding, saving and sharing what we already have. In many places, this has also encouraged shifts towards water‑efficient practices like drip and sprinkler irrigation, mulching and crop diversification. That side of the story is crucial, because water cannot be saved by structures alone; it also demands that we rethink agricultural habits built on decades of unaccounted water use.
In the years ahead, India’s water question will not remain only an environmental issue. It will sit at the heart of agriculture, rural economies, food security, social equity and climate adaptation. Water budgeting, therefore, needs to move out of the narrow language of schemes and become a living practice in villages. Every gram panchayat will need to know its own water balance. Every farmer will need to know the water cost of the crops they grow. Every policy will need to acknowledge that water is finite.
The first step in saving water is not to count it, but to understand it. Water budgeting is the beginning of that understanding. The day villages start measuring, sharing and safeguarding their own water, water governance will begin to look truly democratic. Otherwise, water will keep receding, and we will keep recording the crisis long after it has already appeared – in a woman’s extra walk, in a farmer’s hesitation, and in the restless animal standing by an empty trough.
(Jay Prakash Pandey ‘Pahaadi’ is an independent writer, columnist, and Manager, Maharatna PSU.)
