WHEN THE WELLS RUN DRY
Water Crisis, Indigenous Wisdom, and the Road to Resilience
Umashankar Sahu, Social Worker
— A Critical Analysis on the Occasion of World Water Day —
March 22, 2025 | Special Edition
Every year, on the 22nd of March, the world pauses for a day to talk about water. There are conferences, press releases, social media campaigns, and photographs of children carrying pots on their heads. Then the 23rd arrives, and we move on. The taps either run or they don't. The wells are either there or they are not. For millions of people in India — and in Odisha in particular — water is not a theme for a day. It is a daily arithmetic of survival.
This is not a crisis that snuck up on us. The data has been signalling distress for decades, and the ground has been whispering warnings for even longer — in drying streams, shrinking ponds, and the fading memory of old village tanks that once held communities together through summer. What we are facing today is the sum of accumulated neglect, broken systems, and a development model that treated water as an inexhaustible gift rather than a finite and fragile commons.
But this is also, and quite urgently, a story about possibility. About what happens when human ingenuity — especially the ancient, unhurried ingenuity of communities who learned to live with water on its own terms — is taken seriously. About micro-level solutions that don't require billion-rupee budgets or imported technology. About climate resilience that is built not in air-conditioned offices but in the soil, the watershed, and the cultural memory of a people.
This article attempts a clear-eyed look at all of this: the scale of the crisis, what it means specifically for Odisha, what individuals and communities can do at the ground level, and why the oldest water-management systems in the world still have something profound to teach us.
Part One: The Numbers and What They're Actually Saying
India's Water Reality — A Nation Drinking Its Own Future
India is home to roughly 18 percent of the world's population but holds only about 4 percent of its freshwater resources. That gap alone is sobering. But the real problem is not just scarcity — it is the relentless destruction of the water systems we do have.
The NITI Aayog's Composite Water Management Index of 2018 — still one of the most cited datasets on the subject — warned that 21 major Indian cities, including Delhi, Bengaluru, Chennai, and Hyderabad, were heading toward near-zero groundwater levels by 2020. That deadline has passed. The reality on the ground has been more complex but no less alarming. Chennai experienced a near-complete water crisis in 2019. Bengaluru, a city of 13 million people, continues to face severe water shortages every summer, with reports of tanker water selling for exorbitant prices in its IT-dense southern suburbs.
The same NITI Aayog report estimated that around 200,000 people die every year in India due to inadequate access to safe water. The Central Ground Water Board's data shows that nearly 54 percent of India's groundwater wells are declining year on year. India is the world's largest user of groundwater — extracting around 253 billion cubic metres per year, which is more than the United States and China combined.
The monsoon, on which the country has historically depended for the bulk of its water recharge, is itself becoming erratic. Between 1950 and 2015, the frequency of extreme rain events in central India increased threefold while overall wet-day rainfall declined. More rain falling in fewer, harder bursts — and running off rather than percolating into the ground — is a characteristically cruel signature of climate change.
India extracts more groundwater than the US and China combined. The planet's largest democracy is drinking its own geological savings account — and the balance is running out.
Odisha: Paradox of Plenty and Precarity
Odisha is a state that appears, from a distance, to be water-rich. It receives annual rainfall between 1,400 and 1,500 mm, well above the national average. Several major rivers — the Mahanadi, Brahmani, Baitarani, Subarnarekha, Rushikulya — flow through its territory. It has a long coastline, a dense network of tanks and seasonal water bodies, and a tribal heritage deeply intertwined with forest-based water systems.
And yet, Odisha's water story is one of consistent irony. It floods brutally and droughts savagely — sometimes in the same year, sometimes in adjacent districts. The state contributes about 8.6 percent of India's total river water flow but captures and uses a fraction of that for drinking and irrigation. According to the Economic Survey of Odisha 2022–23, nearly 40 percent of rural households in the state still depend on sources that are not fully protected — including open wells, unlined ponds, and seasonal rivulets that dry up by March.
A 2021 WaterAid India report flagged that tribal-dominated districts in Odisha — particularly Malkangiri, Kandhamal, Rayagada, and Koraput — had among the lowest rates of piped water access in the country. These are also the districts where forest cover is relatively higher, rivers are more intact, and traditional water knowledge is still partially alive. The cruelest irony of water deprivation in these regions is that it exists alongside ecological richness that, if managed differently, would sustain abundant water security.
In coastal Odisha, the picture shifts. Saltwater intrusion into groundwater — accelerated by over-extraction for shrimp aquaculture and drinking — has rendered entire pockets of Kendrapara, Jagatsinghpur, and Balasore unfit for normal use. Cyclones, which strike the Odisha coast with increasing frequency and intensity, are not just destructive events; they also contaminate freshwater sources with saline floodwater, leaving communities without clean water for weeks after the storm passes.
The urban crisis is sharper and less visible. Bhubaneswar, despite being one of India's 'smart cities,' draws heavily on groundwater to supplement its water supply deficit. A 2019 TERI study found that groundwater levels in several areas of the capital had declined by 3 to 5 metres over the previous decade. Cuttack, the older commercial city, struggles with a colonial-era water infrastructure that has not been meaningfully upgraded to match its growing population.
Part Two: The Human Face of a Data Crisis
Behind every declining water table, there are specific human lives being reorganised around water — or the lack of it. In the villages of Bolangir and Nuapada — districts in western Odisha that are perennially drought-prone — women typically walk 3 to 6 kilometres daily to fetch water. This is not a statistic that stays abstract for long: it is hours of every morning subtracted from economic productivity, education, rest, and autonomy.
In 2022, the UN's Gender and Environment Statistics report noted that in rural India, women and girls spend an estimated 150 million hours daily collecting water. That is roughly 55 billion hours a year — a staggering obliteration of human potential — almost entirely borne by women from lower-income households, SC/ST communities, and geographically remote areas.
Children drop out of school. Girls disproportionately more than boys — because carrying water in the early morning hours conflicts with school timing, and because adolescent girls need private, reliable sanitation facilities that are impossible without adequate water. The linkage between water deprivation and educational poverty in rural Odisha is not theoretical; it is documented in district-level attendance and dropout data with quiet consistency.
In farming households, water insecurity translates into crop loss, debt, and the push toward distress migration. Odisha is one of the top states for internal migration in India, and while the drivers are multiple, water — its absence in the rabi season, its excess and destructiveness in the kharif — plays a structural role. A farmer in Balangir who cannot irrigate his second crop and cannot repay his kharif loan to the microfinance company will make the same calculation every year: pack up for Surat, Hyderabad, or the Odisha ports, come back in time for the next monsoon, and start the cycle again.
Water deprivation is not simply a resource problem. It is a time-poverty problem, a gender-justice problem, an education problem, and a migration problem — all wrapped in the same dry well.
Part Three: Human-Centric, Micro-Level Solutions — What Actually Works
There is a temptation, when confronted with a crisis of this scale, to think only in terms of large systems: mega dams, national river-linking projects, bulk water infrastructure. These conversations are not irrelevant, but they carry long implementation timelines, enormous ecological tradeoffs, and a persistent tendency to benefit large agriculture and industry more than the communities most affected by water stress.
What the evidence increasingly supports is a different emphasis: decentralised, community-level water solutions that are adapted to local geography, governed by the people who depend on them, and designed to work with natural systems rather than override them. The following are not idealistic aspirations — they are documented practices that have shown measurable impact when implemented seriously.
1. Rooftop Rainwater Harvesting — A Tap That Belongs to You
In an urban household that receives 1,200 mm of rainfall annually, a 100 square metre rooftop can theoretically collect around 96,000 litres of water in a year — enough to supplement a family's non-potable water needs, reduce groundwater extraction, and buffer against supply failures. Rooftop harvesting is one of the simplest, most scalable, and most underutilised tools in the Indian water toolkit.
Odisha made rooftop rainwater harvesting mandatory for new buildings in Bhubaneswar Municipal Corporation (BMC) limits in 2012 — a progressive step that has not been meaningfully enforced. A 2023 audit by the BMC found that fewer than 12 percent of registered commercial buildings had functioning harvesting systems. The technical solution is available; the will to implement it is not.
At the household level, low-cost ferrocement tanks — which can be built for between ₹8,000 and ₹15,000 — have been demonstrated successfully in rural Odisha by NGOs like GRAM Vikas and Agragamee. In tribal villages in Rayagada and Koraput, where piped water reaches only during certain months and where women are the primary water managers, household rainwater storage has been shown in local studies to reduce daily water collection time by up to 40 percent during the post-monsoon dry season.
2. Farm Ponds and Dug Wells — The Irrigation Insurance
For smallholder farmers — who constitute the majority of Odisha's agricultural community — the ability to irrigate a second crop (rabi) is the difference between subsistence and modest income security. Farm ponds, essentially small on-farm water storage structures, are among the most cost-effective means of providing this capacity.
Under the Pradhan Mantri Krishi Sinchayee Yojana (PMKSY), the government provides subsidies for farm ponds. In Odisha, the scheme has been implemented with variable success. Districts like Mayurbhanj and Sundargarh have seen relatively higher uptake, while in western Odisha — where the need is arguably greatest — implementation has been patchy due to land tenure issues in tribal areas and procedural barriers in accessing subsidies.
Community-level micro-irrigation, including drip and sprinkler systems, reduces water consumption by 30 to 50 percent compared to flood irrigation — the most common method in use. The adoption of these systems in Odisha remains low (less than 5 percent of irrigated area as of the latest state agricultural statistics), and the gap between subsidy availability and farmer uptake points to extension service failures rather than farmer disinterest.
3. Greywater Recycling — The Water That We Waste Without Noticing
In a typical Indian household, roughly 70 to 80 percent of water used for washing, cooking, and bathing becomes greywater — wastewater that, in most homes, flows directly into the drain or the street. This is not sewage. It is lightly contaminated water that, with simple treatment, can be reused for gardening, flushing, or courtyard maintenance.
Simple greywater recycling systems — gravity-fed, using sand and gravel filters, constructed within the home compound — have been demonstrated in rural Odisha by several community organisations. In areas where water is purchased from tankers or where WASH schemes are unreliable, even a 20 to 30 percent reduction in fresh water demand from greywater recycling has tangible household economic impact.
For urban apartments and schools, simple kitchen greywater treatment using planted filter beds (banana circles, for example — a permaculture technique that is low-tech, locally replicable, and actually productive) is an approach that several schools in Koraput and Jeypore have adopted with good results. These solutions do not require engineers. They require information, awareness, and a small initial investment of material and effort.
4. Community-Level Watershed Management — The Logic of the Catchment
Perhaps the most powerful micro-level intervention is also the most collective one: watershed management. A watershed is the entire land area that drains into a common water body — a river, a pond, a stream. Managing it means controlling how water flows through that landscape: slowing runoff, increasing soil infiltration, protecting riparian vegetation, reducing erosion, and maintaining the ecological services that keep water in the system.
In Odisha's tribal belt, successful community watershed programs — often supported by civil society organisations working in partnership with the state — have demonstrated a consistent pattern of results: groundwater recharge leading to wells recovering by 1 to 3 metres, streams flowing longer into the dry season, and diversification of cropping patterns as water security improves. A watershed program in Kandhamal district, documented by the Xavier Institute of Management Bhubaneswar (XIMB) in 2019, showed that villages participating in structured watershed management saw a 34 percent increase in irrigated area over seven years.
The key to these successes is governance: watershed committees that are genuinely representative, that have legal authority over the commons, and that are supported by technical inputs without being overridden by bureaucratic templates. When these conditions exist, communities have repeatedly demonstrated that they can manage shared water resources with greater effectiveness and sustainability than top-down schemes.
5. Behavioural and Cultural Change — The Low-Hanging Fruit We Keep Ignoring
An estimated 30 to 40 percent of urban water supply in India is lost to leakage, illegal connections, and poor metering. In Bhubaneswar and Cuttack, this figure is believed to be in the same range — meaning roughly a third of the water treated and pumped at significant cost simply disappears before it reaches anyone's tap.
At the consumption end, simple behavioural habits — fixing leaking taps (which can waste 40 to 100 litres per day each), using bucket baths instead of showers, running dishwashers and washing machines only when full, sweeping rather than hosing driveways — add up to water savings of 20 to 35 percent without any infrastructure investment. The problem is that these behaviours require awareness, motivation, and in many cases, a sense of personal relationship with the resource: an understanding that water is not free and not infinite.
This is not simply an information deficit problem. It is also a pricing and incentive problem. In most Indian cities, water is so heavily subsidised and so poorly metered that there is no economic signal to conserve. The reform conversation around water pricing is politically difficult but ultimately unavoidable — though it must be done with strong protections for low-income households who cannot afford to pay more and already have the least reliable access.
Part Four: The Ancient Memory — A Critical Analysis of Indigenous Water Conservation
Before we had hydrologists, engineers, and GIS mapping, India had something arguably more sophisticated: millennia of accumulated community knowledge about how to live with water in specific ecosystems. This knowledge was embedded not in textbooks but in practice — in the design of tanks, the management of sacred groves, the rituals of planting calendars, and the social rules governing who drew water when and how much.
The study of these systems has generated a rich body of literature. Anil Agarwal and Sunita Narain's seminal 1997 document, 'Dying Wisdom: Rise, Fall and Potential of India's Traditional Water Harvesting Systems,' catalogued thousands of indigenous water structures across India — tanks, kunds, johads, baoris, khatris, ahar-pynes — and argued, presciently, that the destruction of these systems had contributed directly to India's growing water crisis.
The Odisha Tradition: Sacred Ponds, Managed Forests, and Living Watersheds
In Odisha, the water knowledge of indigenous communities — particularly the Kondhs, Saura, Bonda, Juang, and Munda — was built into their ecology. Sacred groves (known as 'jaherthan' or 'sarna') were community-protected forest patches at the headwaters of streams and springs. These groves were not conserved for sentimental reasons; they were conserved because communities understood, through generations of observation, that deforesting these patches caused streams to dry up.
The Dongria Kondh of the Niyamgiri hills in Koraput and Rayagada districts maintain an extraordinarily rich relationship with the water systems of their landscape. They recognise and name dozens of springs, know which springs are perennial and which are seasonal, understand the relationship between forest health and spring flow, and have social rules governing access to water sources. This is not romantic traditionalism — it is functional hydrology, carried in cultural memory rather than on paper.
The 'Pokhali' system of the Odisha coast — integrated rice-prawn farming in saline backwaters — is an ancient form of adaptive water management that turned the problem of tidal salinity into a productive resource. Classified as a Globally Important Agricultural Heritage System (GIAHS) by the FAO in 2019, it represents exactly the kind of indigenous innovation that climate scientists now argue is central to coastal adaptation strategies. And yet, shrimp aquaculture expansion — supported by state subsidies and export incentives — has been systematically displacing it.
Across Odisha's tribal belt, there are thousands of village ponds — locally called 'pokhari' or 'bandh' — that were constructed and maintained by communities over generations. The social institution governing their use was often linked to religious practice: specific deities were associated with the tank; rituals marked the beginning and end of the fishing season; the village council managed extraction rules. When these social institutions were weakened — by land acquisition, administrative takeover, migration, or the erosion of customary authority — the tanks fell into disrepair with remarkable speed.
The Critique: Why We Cannot Simply 'Revive' Traditional Systems
The valorisation of indigenous water systems is important and overdue. But it needs to be pursued without romanticism, because there are real limitations and real contradictions that must be addressed honestly.
First, traditional systems were designed for smaller, more stable populations and lower per capita water demand. A village of 200 families in 1850 needed very different water infrastructure than a village of 800 families in 2025, with expectations of piped supply, sanitation, and food production that go beyond subsistence. Reviving a 100-year-old tank may help, but it is rarely sufficient on its own.
Second, the social governance systems that managed traditional water infrastructure were often inseparable from caste hierarchy and social exclusion. Across India, the communities most often excluded from traditional common water resources were Dalits and women. A revival of traditional water management that does not simultaneously reform its governance cannot be celebrated uncritically. The community water council cannot be the village headman's extended family.
Third, climate change is already altering the hydrological parameters within which traditional systems were designed to operate. A johad in Rajasthan or an ahar-pyne in Bihar was calibrated to specific rainfall patterns, soil types, and seasonal rhythms. As those patterns shift, traditional designs need adaptation — which is possible, but requires technical input alongside community knowledge.
The most productive approach, then, is neither the wholesale dismissal of indigenous knowledge (the modern technocrat's reflex) nor its uncritical celebration (the NGO sector's occasional failure). It is a genuine integration: communities leading the process, with technical support filling the gaps, and governance reforms ensuring that the benefits are genuinely shared. This is harder than either approach alone. But the evidence strongly suggests it produces better outcomes.
Indigenous water knowledge is neither a museum piece nor a complete manual. It is a foundation — the wisest, most location-specific foundation we have — upon which climate-resilient systems need to be carefully built.
Part Five: Climate Resilience and the Long Game
Climate change is not a future threat to water security in Odisha and India. It is a present one. The IPCC's Sixth Assessment Report, released in 2021–22, projected that South Asia would experience greater variability in monsoon precipitation, accelerated glacial melt affecting northern river systems, sea level rise threatening coastal freshwater, and increased frequency of both droughts and extreme rainfall events.
For Odisha, which faces all four of these risks simultaneously — weakened river flows from disrupted Himalayan hydrology, irregular monsoons, droughts in the west, and sea-level rise and cyclone intensification in the east — climate resilience is not an abstraction. It is an existential planning requirement.
What Climate Resilience Actually Requires
Climate resilience in water management is not a single intervention. It is an architecture of changes, operating at multiple scales, that collectively reduce vulnerability and increase adaptive capacity. At the policy level, it requires treating water as a commons with genuine legal protections — not as a property right or a development commodity. India's water laws remain deeply fragmented, with groundwater essentially treated as a private resource attached to land ownership. This legal framework makes sustainable management almost impossible.
At the watershed level, it requires the kind of integrated landscape management that combines forest protection, check dam construction, recharge zone protection, and managed aquifer replenishment — linking upland communities with downstream users in shared governance frameworks. The Aga Khan Rural Support Programme's work in Gujarat, and the Tarun Bharat Sangh's johad revival in Rajasthan (which brought back river flow to the Arvari after its declared death in the 1980s), demonstrate that watershed-level restoration is achievable within a decade when community mobilisation is genuine.
At the urban level, it requires treating cities as sponges rather than pipes: blue-green infrastructure, restored urban wetlands, permeable surfaces, decentralised stormwater capture, and an end to the casual burial of urban water bodies under concrete. Bhubaneswar has lost an estimated 40 percent of its traditional ponds — called 'bindhani sagas' — to urban expansion and encroachment since 1990. Each of those ponds was a groundwater recharge point, a flood buffer, and a climate cooling mechanism. Their loss is not only ecological; it is deeply economic.
At the individual level, climate resilience means exactly what the ancient communities understood instinctively: that water demands humility. That the season's generosity cannot be assumed. That saving water in abundance is what protects you in scarcity. These are not proverbs — they are risk management principles that every insurance actuary would recognise.
The Economy of Water — Getting Incentives Right
Sustainable water management ultimately requires that water be valued appropriately in economic decisions. This is politically contentious, but the evidence is clear: when water has no price, it is wasted. When it has too high a price, the poor are denied access. The challenge is a system that prices water in ways that reward conservation, fund infrastructure maintenance, and protect low-income users through a guaranteed minimum free supply.
Several Indian states — Tamil Nadu, Maharashtra, Gujarat — have experimented with water metering and tiered pricing. The results are mixed but informative: where governance of the billing system is transparent and funds actually flow back into infrastructure, the systems tend to work better. Where pricing is imposed without governance reform, it becomes another mechanism for exploitation.
Odisha has an opportunity, particularly in its nascent urban water sector, to design pricing structures that are equitable and conservation-oriented from the outset — rather than retrofitting them onto a broken system as other cities have had to do. The 'Har Ghar Jal' scheme under the Jal Jeevan Mission, which aims to provide piped water connections to every rural household by 2024 (a target that has slipped), carries within it both an opportunity and a risk: if connections are provided without governance, maintenance, and appropriate pricing structures, the pipes will run dry within five years and the money will be wasted.
Conclusion: The Kind of Urgency That Doesn't Wait for World Water Day
World Water Day, every 22nd of March, is worth something. It keeps the conversation alive, creates platforms for research sharing, and occasionally generates political commitments. But water crises are not resolved by awareness campaigns. They are resolved by unglamorous, sustained, multi-year work at the ground level: building tanks, training communities, fixing leaking pipes, reforming laws, paying women equitably for the work of water management, and listening — genuinely listening — to people who have managed water for centuries.
Odisha's water story is not a story of doom. It is a story of urgency meeting possibility. The rivers are not yet gone. The traditional knowledge is not yet fully lost. The communities most affected by water stress are also, in many cases, the communities with the deepest relationship with their local water ecosystems. That relationship is a resource — perhaps the most durable and renewable one we have.
But the window is not open indefinitely. Every summer that passes without groundwater recharge reform, every coastal wet season that causes saltwater intrusion without a policy response, every village tank that is encroached upon and not restored — these are not setbacks from which recovery is automatic. At some point, systems cross thresholds from which they do not easily return.
The most important shift required is not technological. It is conceptual. Water must stop being treated as a service delivered by the state or the market, and start being treated as a commons managed by communities — with state support, technical input, and legal protection, but with genuine community ownership and voice. This is not an ideological position. It is what the evidence from successful water management, across cultures and continents, consistently shows works.
Meanwhile, each of us — in whatever household, school, office, or farm we inhabit — carries a small portion of the solution. Fix the dripping tap. Harvest the rainwater. Save the pond. Remember what the elders knew. These are not symbolic gestures. In a country of 1.4 billion people, they are infrastructure.
Key Data References
NITI Aayog Composite Water Management Index (2018) · Central Ground Water Board Annual Reports · IPCC Sixth Assessment Report (2021–22) · WaterAid India, State of the World's Water (2021) · Agarwal & Narain, 'Dying Wisdom' (CSE, 1997) · Odisha Economic Survey 2022–23 · TERI Water Governance Study, Bhubaneswar (2019) · FAO GIAHS Recognition, Pokhali System (2019) · UN Gender and Environment Statistics Report (2022) · XIMB Watershed Study, Kandhamal (2019)
This article was written as an original analytical piece for public discourse on water justice, climate resilience, and indigenous ecological knowledge in India.
