Over a quarter of a century, India has moved from building water schemes for villages to asking villages to run them. The scale of the latest community recharge campaign is remarkable. Whether the water table agrees is the question that makes the model exportable.
India draws more groundwater than any other country, by most estimates around a quarter of the global total. It irrigates the bulk of its crops and supplies most rural drinking water from aquifers that, across large parts of the north-west and the peninsula, are being emptied faster than rain refills them. Against that background, the trade journal Water Digest devoted its October coverage to a broad claim: that 25 years of Indian water governance, culminating in a mass campaign of community-built recharge structures, hold lessons for other developing nations. The claim deserves a careful hearing, with the evidence and its gaps laid side by side.
From supply to stewardship
The arc is real. At the turn of the century, rural water supply was something engineers delivered: the state drilled the borewell or laid the pipe, and the village received it. Reforms in the early 2000s began to shift responsibility to communities and panchayats, first through demand-driven drinking water programmes and then through successive national water policies that stressed participation and conservation.
The pace quickened after 2019, when the Centre merged its water departments into a single Ministry of Jal Shakti. The Jal Jeevan Mission set out to give every rural household a tap connection, managed by village water committees. The Atal Bhujal Yojana tied funds to community water budgeting in stressed blocks of seven states. The annual Catch the Rain campaign pushed districts to prepare for the monsoon, and Mission Amrit Sarovar built or revived tens of thousands of ponds.
Alongside new works came a revival of old ones. Stepwells, tanks, johads and temple ponds, many of them centuries old and long neglected, have been desilted and restored in several states.
The Jal Sanchay Jan Bhagidari campaign
The centrepiece of the current phase is Jal Sanchay Jan Bhagidari, which translates roughly as water conservation through public participation. It was launched from Surat on 6 September 2024, drawing on a Gujarat effort that had targeted nearly 24,800 rainwater harvesting structures built through partnerships between government, industry and citizens. The idea is to multiply small, cheap, local works: recharge pits, borewell recharge shafts, rooftop harvesting, check dams and farm ponds, financed by pooling government schemes, corporate social responsibility money and community contributions.
The reported numbers are large. A second edition began on 1 June 2025 with a target of one crore recharge structures by 31 May 2026. The Ministry says more than 1.5 crore were reported in that period, and an official note put the cumulative figure above 1.58 crore by early September 2026. Telangana led the first national awards with about 5.2 lakh structures, followed by Chhattisgarh and Rajasthan. On 1 June 2026 the programme was merged with Catch the Rain, and by 6 August more than 1.41 lakh works had been completed under the combined campaign, according to a reply in the Rajya Sabha.
Reading the numbers carefully
A science publication owes its readers some caution here. The figures are counts of structures reported by districts and states, uploaded with photographs and coordinates to a central portal. They are not measurements of water recharged. A recharge pit that is poorly sited on impermeable soil, or that silts up after one monsoon, counts the same as one that works. Competitive rankings and awards create an incentive to report generously, and independent verification of a crore and a half of small works is a formidable task.
The hydrology is also local. Artificial recharge is effective where the geology allows water to percolate and where an aquifer has space to store it. In hard-rock terrain it can raise well levels quickly but hold little; in deep alluvial aquifers overdrawn for paddy, surface pits barely touch the deficit. Recharge without restraint on pumping can simply encourage more extraction. The government has told Parliament that national groundwater recharge has improved since 2017, which is encouraging, but attributing that to any single campaign would require monitoring wells, rainfall-adjusted trends and control areas.
None of this diminishes the achievement of mobilisation. It defines the next task, which is measurement.
What other countries might borrow
With that qualification, several features of the Indian experience travel well.
The first is convergence. Instead of creating a new budget line, the campaign pools money from existing rural employment, watershed and urban schemes with private contributions, a practical approach for governments with thin finances.
The second is low-cost, decentralised technology. A recharge shaft or a farm pond needs no imported equipment and can be built by local labour. Many countries of Africa and South Asia share India’s combination of intense seasonal rain and hard-rock aquifers.
The third is institutional. Village water committees in which at least half the members are women, community water budgets and public dashboards give residents a stake and information. The premise is that farmers who see the arithmetic of their own aquifer will adjust what they grow.
What does not transfer automatically is state capacity. India’s campaigns rest on a district administration, a digital reporting backbone and long experience of mass programmes. They also coexist with policies that work against them, notably free or subsidised electricity for pumping and price support that favours thirsty crops in dry regions.
The honest lesson
The most useful message for the Global South may be the unfinished one. India has shown that millions of people can be enlisted to capture rain. It has not yet shown, with data others can examine, how much water that has put back in the ground, nor has it resolved the demand side of the equation.
The instruments to do so exist: a national network of observation wells, satellite gravity measurements and automated water-level recorders. Publishing block-level recharge and extraction trends alongside the structure counts would turn an impressive campaign into a verifiable model. For other nations, a method that has been measured is worth far more than one that has only been counted.
– Rashmi M
