In Chhattisgarh’s Balod district, a 14.3-kilometre stretch of nala — a seasonal drainage channel — was dead for most of the year. Then a community decided to intervene.
Over a period of community-driven effort under the Jal Sanchay Jan Bhagidari initiative, residents and Gram Panchayats working alongside the district administration constructed over 6,250 water conservation structures along the Tawera Nala in Bhathagaon: check dams, trenches, magic pits, soak pits, injection wells, rainwater harvesting systems, and greywater treatment facilities. The nala, which ran dry in summer and caused flooding in the monsoon, now holds water. Groundwater levels in the surrounding area are expected to rise by 5 to 10 feet. An estimated 6.5 crore litres of additional rainwater will be conserved each monsoon season.
The Tawera Nala project is Balod’s showpiece, but it sits within a much larger district-level achievement: 2,84,917 water conservation and recharge structures created between June 2025 and May 2026 across the district. That number is not a government target — it is what happened when Gram Panchayats, communities, and the district administration worked together under the national #CatchTheRain framework.
What Jal Sanchay Jan Bhagidari Actually Is
Jal Sanchay Jan Bhagidari — roughly, “water conservation through people’s participation” — is a national campaign under the Ministry of Jal Shakti that channels community energy into decentralised water infrastructure. Unlike large dam or canal projects that require government machinery and years of planning, JSJB works at the scale of villages, fields, and local drainage channels — the scale at which communities can actually build, own, and maintain structures themselves.
The structures involved are low-technology by design: check dams that slow surface runoff and allow water to percolate into the soil, contour trenches that catch rainwater on slopes, and injection wells that funnel harvested rainwater directly into the aquifer. None of these require sophisticated engineering or imported machinery. The knowledge to build them exists in rural communities, and the labour can be provided through MGNREGS and community contribution.
India’s water conservation challenge is acute: the country has 18% of the world’s population but only 4% of global freshwater resources, and its groundwater tables are falling in agricultural regions across Rajasthan, Punjab, Haryana, and large parts of the Deccan. The monsoon delivers enormous quantities of rainfall in a compressed season — the challenge is not the absence of water but the inability to hold it.
Why Balod’s Results Stand Out
Balod has form in this area. Under JSJB 1.0, the district created over 1.06 lakh water conservation structures and was recognised nationally — ranked third overall and first in the eastern zone under the #CatchTheRain campaign, honoured by the President of India. In JSJB 2.0, it has significantly scaled up both the quantity and the ambition of its interventions.
What distinguishes Balod’s approach is the integration of multiple intervention types in a single watershed — the Tawera Nala revival used check dams, trenches, injection wells, and greywater treatment together, addressing the water cycle at multiple points rather than relying on any single structure. The result, demonstrably, is a nala that holds water rather than running dry.
The timing matters too. This monsoon season is testing the country: after a 33% rainfall deficit in June, the southwest monsoon has improved but is still running below normal in many regions. Districts that have invested in recharge infrastructure in the preceding months are better placed to capture what rainfall does arrive — extending its benefit through longer periods of soil moisture retention and groundwater availability after the rains stop.
The Broader Lesson
India’s water crisis will not be solved by large infrastructure alone. The per-capita storage capacity created by India’s dams is a fraction of what China, the United States, or Australia have built, and the scope for major new dam construction is increasingly constrained by social and ecological costs. The decentralised model that Balod represents — thousands of small structures, built by communities, distributed across a watershed — offers a complementary path that works with the landscape rather than trying to override it.
The philosophy embedded in JSJB is ancient: Indian villages have managed water commons through local governance for millennia. What programmes like Jan Bhagidari do is provide a national framework and modest financial support that allows that tradition to be revived and scaled in the contemporary context.
Balod’s 2,84,917 structures are not the story. The story is what happens in the fields around those structures — whether the groundwater rise translates into a third crop where there used to be two, whether the women who previously walked further for drinking water now find a borehole that doesn’t run dry in April, whether the soil retains enough moisture that farmers can plant earlier and more confidently. Those outcomes, less visible than the structure count, are what sustainable development at the village scale actually looks like.
Source: Press Information Bureau, Government of India. Original release (PRID 2283262), 10 July 2026.