Water Wives: When Water Scarcity Redefines Marriage, Womanhood, and Survival in Rural India

Water is often described as the foundation of life. It nourishes ecosystems, sustains agriculture, supports industries, safeguards public health, and makes human civilization possible. Every society, regardless of its level of development, depends upon a reliable supply of freshwater for drinking, sanitation, food production, and economic activity. Yet despite its importance, water remains one of the world's most unevenly distributed and unequally accessed resources.

For millions of people, obtaining water is so effortless that it barely enters their daily thoughts. A simple turn of a tap provides clean drinking water, hot showers, functioning toilets, and enough water for cooking, cleaning, gardening, and countless other activities. Modern infrastructure has transformed water into an invisible service that quietly supports everyday life.

For others, however, water is neither convenient nor guaranteed.

It is a journey.

It is physical labour.

It is time lost.

It is an everyday struggle that shapes nearly every aspect of life.

In many rural communities across the world, obtaining water requires walking long distances under harsh weather conditions, waiting for hours at overcrowded wells, or carrying heavy containers over difficult terrain. What appears to be a basic household task often consumes several hours every day, leaving little time for education, employment, healthcare, or rest. The burden falls disproportionately on women and girls, whose lives frequently revolve around securing the most essential resource for their families.

Water scarcity, therefore, is not simply an environmental problem. It is also a public health issue, an economic challenge, a question of gender equality, and ultimately a matter of human dignity. The absence of reliable water affects where people live, how they work, whether children attend school, how families organize their daily lives, and even how societies define opportunity.

Few places illustrate this reality more vividly than Dengamal, a small village in the Indian state of Maharashtra.

Although relatively unknown for most of its history, Dengamal gained international attention because of a phenomenon that seemed almost impossible to believe. Some men in the village had entered into multiple marriages, not primarily because of tradition or personal choice, but because their households needed additional women to fetch water.

These women became known as "Water Wives."

The phrase captured global attention because it was extraordinary. Yet the true story behind it is far more important than the headline itself.

Dengamal is not fundamentally a story about marriage.

It is a story about what happens when access to one of humanity's most basic needs is denied for decades.

It reveals how environmental challenges can reshape social institutions, deepen gender inequality, and transform ordinary household responsibilities into lifelong burdens. Above all, it demonstrates that water scarcity is not always caused by a lack of water. In many cases, it is the consequence of unequal access, inadequate infrastructure, and failures of governance.

Understanding Dengamal therefore requires looking beyond the sensational narrative of "Water Wives" and examining the broader environmental, social, and political forces that produced such an extraordinary reality.

Looking Beyond the Headlines

Media coverage of Dengamal has often focused on the unusual practice of men marrying multiple women to help collect water. Headlines describing the "Village of Water Wives" spread rapidly across newspapers, documentaries, and social media, attracting global curiosity.

While these stories succeeded in drawing attention to the village, they often reduced a complex environmental crisis to a single dramatic image.

The real tragedy is not that some households included multiple wives.

The real tragedy is that environmental hardship became so severe that marriage itself evolved into a coping mechanism for survival.

When a family restructures itself simply to secure enough water for drinking, cooking, and washing, the problem extends far beyond household customs. It reflects the failure of systems that are meant to guarantee one of the most fundamental requirements of human life.

Water scarcity does not merely reduce agricultural productivity or inconvenience daily routines. Over time, it reshapes social relationships, alters patterns of work, reinforces existing inequalities, and limits opportunities for future generations.

Dengamal reminds us that environmental problems are never isolated from society. They influence health, education, employment, migration, gender roles, and even family structures.

To understand why this happened, it is first necessary to understand what water scarcity truly means.

Understanding Water Scarcity

When people hear the term water scarcity, they often imagine deserts, dried-up rivers, or landscapes receiving almost no rainfall. Although these situations certainly exist, they represent only one form of water scarcity.

Environmental scientists generally distinguish between physical water scarcity and economic water scarcity.

Physical water scarcity occurs when freshwater resources are genuinely insufficient to meet human and environmental demands. This commonly affects arid and semi-arid regions where rainfall is naturally low, groundwater is limited, and rivers cannot adequately support growing populations.

Economic water scarcity is fundamentally different.

Here, water exists but remains inaccessible because infrastructure, investment, institutional capacity, or governance has failed to deliver it to the people who need it. Communities may live beside rivers, reservoirs, or lakes yet continue to struggle because pipelines, pumping systems, treatment facilities, or distribution networks are inadequate or absent.

This distinction is crucial because it changes the central question.

Instead of asking,

"Is there enough water?"

we must ask,

"Why are people unable to access the water that already exists?"

Dengamal provides one of the clearest examples of this second form of scarcity.

A Village Living Beside Water, Yet Dying of Thirst

One of the greatest ironies of Dengamal is its location.

The village lies only a few kilometres from the Bhatsa Dam, one of Maharashtra's major water reservoirs. From a distance, the reservoir represents abundance. Millions of litres of freshwater are stored behind its massive walls.

Yet the people living closest to this vast resource have historically struggled to obtain enough water for their own households.

Most of the stored water is transported through extensive infrastructure to supply distant urban centres, particularly Mumbai, nearly 140 kilometres away. The reservoir plays a vital role in supporting one of India's largest metropolitan regions, but nearby villages have often remained excluded from its benefits.

This paradox reveals one of the defining characteristics of modern water management.

Water scarcity is not always created by nature.

Sometimes it is created by distribution.

A reservoir may be full.

A river may continue flowing.

Groundwater may exist beneath the surface.

But without pipelines, storage facilities, pumping stations, maintenance systems, and effective governance, these resources remain practically inaccessible to local communities.

Dengamal therefore illustrates a broader challenge facing many developing regions.

The problem is not simply producing enough water.

The challenge is ensuring that water reaches everyone equitably.

When Infrastructure Fails, Society Adapts

Communities rarely stop functioning because essential services are absent. Instead, they develop their own ways of coping.

When roads are poor, people walk.

When electricity is unreliable, families depend on generators or kerosene lamps.

When healthcare is inaccessible, traditional remedies often become the first option.

Water shortages trigger similar adaptations.

Households adjust their daily routines around water collection. They reduce water consumption, store every available litre, postpone other activities, or travel greater distances to reach reliable sources.

In Dengamal, these adaptations eventually extended beyond daily routines and began influencing family structures themselves.

When carrying water requires several hours every day, one person's labour is often no longer enough to meet the needs of an entire household.

As a result, water collection gradually became the organizing principle around which many aspects of domestic life revolved.

The emergence of the "Water Wife" phenomenon was therefore not a cultural tradition passed down through generations. It was a survival strategy born from decades of inadequate access to safe and reliable water.

Understanding this distinction is essential.

The story is not about unusual marriages.

It is about extraordinary hardship.

Water Access as a Measure of Development

Modern societies often measure development through economic growth, industrial expansion, highways, airports, digital technologies, and urban infrastructure. These indicators are undoubtedly important, but they tell only part of the story.

True development is ultimately reflected in the quality of everyday life.

Can families obtain safe drinking water without spending hours searching for it?

Can children attend school instead of collecting water?

Can women recover from illness or childbirth without immediately returning to physically demanding labour?

Can households meet their basic needs without sacrificing health, education, or dignity?

The answers to these questions often reveal far more about a society's level of development than impressive statistics alone.

Reliable access to water is one of the clearest indicators of social progress because it influences nearly every dimension of human well-being. It improves health by reducing waterborne diseases, strengthens education by allowing children, especially girls, to remain in school, supports economic productivity by freeing time for paid work, and promotes gender equality by reducing the burden of unpaid domestic labour.

Conversely, the absence of water creates a chain reaction of disadvantages that extend far beyond simple inconvenience.

It limits opportunity.

It reinforces poverty.

It widens inequality.

Most importantly, it undermines human dignity.

For this reason, the story of Dengamal should not be remembered merely because of the phrase "Water Wife."

It should be remembered because it demonstrates how something as ordinary as a household water connection can determine the health, freedom, and future of an entire community.

The Water Wives: When Survival Reshapes Society

Environmental crises rarely remain confined to the natural world. Over time, they reshape economies, influence migration, alter patterns of work, and transform social institutions in ways that are often invisible to outsiders. Dengamal provides a striking example of this phenomenon. What began as a persistent shortage of accessible water gradually evolved into a force capable of redefining family life itself.

Among the families that came to symbolize this reality was that of Sakharam, whose story attracted widespread media attention. To many observers, his household appeared to be an example of traditional polygamy. A closer examination, however, revealed something entirely different.

His first wife, Tuki, was responsible for collecting water every day. Like countless rural women across India, she balanced the demanding tasks of cooking, cleaning, caring for children, and maintaining the household while also walking long distances to fetch water. When she became pregnant, the physical strain of carrying heavy water containers became increasingly difficult. Yet the family's daily need for water remained unchanged.

The household still required water for drinking, cooking, washing, sanitation, and other essential activities. Pregnancy could reduce Tuki's ability to carry water, but it could not reduce the family's dependence on it.

Faced with this reality, Sakharam married a second woman, Sakhri, who herself had been abandoned by her previous husband. The marriage offered her shelter, stability, and social acceptance, while simultaneously providing the household with another person capable of undertaking the exhausting task of water collection.

Years later, when Sakhri developed health problems, the household encountered the same dilemma once again. Water still had to be brought home every day, regardless of illness or physical limitations. A third marriage followed, and Bhagi became responsible primarily for collecting water.

From the outside, the family appeared unconventional. Within the village, however, it represented a practical response to an impossible situation.

This distinction is essential.

The household was not organized around personal preference. It was organized around the daily challenge of securing enough water to survive.

Marriage as a Survival Strategy

The phrase "Water Wife" often evokes dramatic images, but it also risks obscuring the deeper reality.

These women were not simply additional spouses. In many reported cases, their primary role within the household centred on labour rather than companionship. Responsibilities gradually became divided according to necessity. One woman managed domestic work, another assisted with farming, while another devoted much of her day to collecting water.

Some maintained separate kitchens or living arrangements. In certain households, the relationship between husband and wife resembled less a conventional marriage than an arrangement shaped by economic and environmental necessity.

This does not diminish the humanity of those involved. Rather, it highlights the extraordinary pressures imposed by chronic water insecurity.

When a household reorganizes itself to compensate for missing infrastructure, environmental scarcity has crossed an important threshold. It is no longer affecting only the availability of a natural resource; it has begun to influence the structure of society itself.

The phenomenon of the Water Wives therefore reflects a broader truth. Human beings adapt remarkably well to hardship, but adaptation should never be mistaken for a solution. Communities often find ways to survive environmental crises, yet survival strategies are frequently accompanied by significant social, physical, and emotional costs.

The Invisible Weight of Water

To understand why water collection became central to life in Dengamal, one must appreciate the physical demands involved.

Imagine lifting a container holding fifteen litres of water. For most people, carrying such a load for even a short distance would be tiring. Now imagine carrying two or three containers at once, balancing them over uneven paths beneath intense summer temperatures, and repeating the journey several times every day.

For many women in Dengamal, this was not an occasional challenge but a permanent routine.

A typical household requires substantial quantities of water each day for drinking, cooking, cleaning, washing clothes, maintaining hygiene, and, where applicable, caring for livestock. Meeting these needs often meant transporting well over one hundred litres of water through multiple journeys.

Each trip demanded physical strength.

Each journey consumed valuable time.

Each return home marked only the beginning of another round of household responsibilities.

Unlike many forms of labour, water collection offered no weekends, holidays, or periods of rest. It continued during extreme heat, the monsoon season, illness, pregnancy, and old age because water remained indispensable regardless of personal circumstances.

The burden of carrying water extended far beyond the weight of the containers themselves.

It represented hours unavailable for education.

Hours unavailable for paid employment.

Hours unavailable for rest, recreation, or community participation.

Every litre carried imposed both a physical and an invisible cost.

The Unpaid Labour That Sustains Communities

Economic activity is often measured through wages, markets, and financial transactions. Yet some of the most essential forms of work never appear in economic statistics.

Collecting water is one such example.

Because this responsibility is usually performed within households and without financial compensation, it is frequently categorized as domestic work rather than productive labour. In reality, it is indispensable to the functioning of families and communities.

Without water, food cannot be prepared.

Homes cannot be cleaned.

Basic hygiene becomes impossible.

Children become more vulnerable to disease.

Agriculture and livestock suffer.

Entire households begin to struggle.

Despite its enormous importance, this labour often remains socially invisible because it is unpaid.

This invisibility has important implications for public policy.

When governments evaluate infrastructure projects solely in terms of financial costs, they risk overlooking the immense value of human time and effort. A pipeline is not merely a network of pipes buried beneath the ground. It is a system that releases thousands of hours of productive labour every year. It enables children to attend school, allows adults to pursue livelihoods, improves public health, and reduces the physical burden carried disproportionately by women.

In villages like Dengamal, the absence of water infrastructure effectively transferred the responsibility for water distribution from public institutions to individual households, and, more specifically, to women's bodies.

Their daily journeys became the village's water supply system.

When Water Becomes a Gender Issue

Although everyone depends on water, not everyone bears the same responsibility for obtaining it.

Across many parts of South Asia, sub-Saharan Africa, and other developing regions, collecting household water remains overwhelmingly the responsibility of women and girls. This division of labour is rooted in long-standing social expectations rather than biological necessity.

As a result, water scarcity affects women in ways that differ significantly from its impact on men.

A failed water system does not simply increase household chores.

It expands unpaid labour.

It reduces educational opportunities.

It limits participation in paid employment.

It increases exposure to physical injury and long-term health problems.

It narrows opportunities for economic independence.

In this sense, a water crisis quickly becomes a gender crisis.

The effects are especially severe for girls. In many rural communities, daughters assist their mothers in collecting water from an early age. Hours spent walking to distant water sources are hours not spent in classrooms, studying, or participating in activities that contribute to personal development.

This creates a cycle that can persist across generations.

Reduced access to education limits future employment opportunities.

Limited income reinforces poverty.

Poverty, in turn, restricts access to better infrastructure and public services.

Thus, the burden of water scarcity extends far beyond the present. It shapes the future of entire families.

The Silent Health Crisis

The consequences of carrying water are not limited to fatigue. Years of transporting heavy loads place extraordinary strain on the human body.

Medical research has consistently linked repetitive load carrying to chronic musculoskeletal disorders affecting the neck, shoulders, spine, hips, and knees. Continuous physical stress increases the likelihood of persistent back pain, joint degeneration, spinal compression, and reduced mobility later in life.

For many women, these conditions develop gradually over decades until pain becomes an accepted part of everyday existence.

The health burden is compounded by other challenges common in rural communities.

Many women already experience nutritional deficiencies or anaemia, making physically demanding labour even more exhausting. Pregnancy introduces additional risks, as healthcare professionals generally recommend limiting heavy lifting during this period. Yet where water collection is essential for survival, rest is often not an option.

Some reported cases from Dengamal describe women returning to water collection within days of childbirth because their households had no alternative source of water. Such accounts reveal the profound disconnect between basic health needs and environmental realities.

When survival depends upon daily physical labour, the body itself becomes a resource that is continuously consumed.

Time: The Resource That Cannot Be Replaced

Water scarcity is usually discussed in terms of rainfall, groundwater, reservoirs, or litres of available water. Equally important, however, is the time required to obtain it.

Time is among the most valuable resources any individual possesses, yet it is also one of the easiest to overlook.

Every hour spent collecting water is an hour unavailable for learning new skills, earning an income, participating in community life, receiving healthcare, or simply resting.

Economists describe this as the opportunity cost of unpaid labour. While the concept may sound abstract, its consequences are profoundly human.

When women spend several hours every day securing water, their opportunities shrink in countless ways that rarely appear in official statistics. The cumulative effect over years or decades is enormous, influencing educational attainment, household income, health, and overall quality of life.

Water scarcity therefore represents more than a shortage of a natural resource.

It is also a shortage of opportunity.

And perhaps no opportunity is more valuable than the freedom to choose how one's time is spent.

Climate Change, Water Governance, and the Global Water Crisis

The experiences of Dengamal are often viewed as unique because of the widely publicized story of the Water Wives. In reality, however, the village represents a much larger challenge confronting communities across the world. Its story illustrates how environmental change, inadequate infrastructure, and unequal governance can converge to create a crisis that extends far beyond the availability of water itself.

Water scarcity is rarely the result of a single cause. It is usually the outcome of multiple interconnected factors operating simultaneously. Climate variability influences rainfall, population growth increases demand, agricultural expansion places pressure on freshwater resources, urbanization alters patterns of consumption, and ineffective governance determines who ultimately receives access to available water.

Understanding Dengamal therefore requires moving beyond the village and examining the broader systems that shape water security.

Climate Change: A Threat Multiplier

Climate change is often described as one of the defining environmental challenges of the twenty-first century. Rising global temperatures, shifting rainfall patterns, prolonged droughts, intense heatwaves, and increasingly unpredictable weather events are transforming freshwater systems across the world.

Contrary to popular belief, climate change does not always create entirely new problems. More often, it magnifies existing vulnerabilities.

Communities with reliable infrastructure, diversified water sources, strong institutions, and effective governance generally possess greater capacity to adapt to changing climatic conditions. By contrast, communities already struggling with inadequate water infrastructure become significantly more vulnerable as climate variability increases.

This is precisely what makes villages such as Dengamal particularly susceptible to future environmental change.

When rainfall becomes less predictable, groundwater recharge declines. Longer dry seasons reduce the availability of local water sources, while higher temperatures increase evaporation from reservoirs, lakes, and soils. Rainfall itself is also changing. Instead of arriving gradually over several months, precipitation increasingly falls in short, intense events. Although total annual rainfall may not decline dramatically, rapid runoff prevents much of this water from infiltrating the soil and replenishing groundwater reserves.

The result is a paradox that many regions now experience: heavier rainfall events accompanied by greater water insecurity.

Climate change therefore affects not only the quantity of available water but also its timing, distribution, and reliability.

For households already dependent on walking long distances to collect water, these changes can significantly increase both the physical burden and the uncertainty of daily life.

When Environmental Problems Become Social Problems

Natural resources do not exist independently of society. Their availability influences public health, economic productivity, education, migration, and political stability. Consequently, environmental problems frequently evolve into broader social challenges.

Water provides one of the clearest examples of this relationship.

A declining groundwater table is not merely a hydrological issue.

It may reduce agricultural production.

Lower agricultural income can increase rural poverty.

Economic hardship may encourage migration.

Migration alters family structures and local labour markets.

Children may leave school to support household livelihoods.

Women's workloads often increase as water sources become more distant.

What begins as an environmental problem gradually transforms into a social, economic, and humanitarian challenge.

Dengamal illustrates this interconnectedness with remarkable clarity.

The village's difficulties cannot be understood solely through rainfall statistics or reservoir levels. They must also be understood through the lives of the people who experience those environmental conditions every day.

This perspective is increasingly reflected in modern environmental science, which recognizes that sustainability depends not only on protecting ecosystems but also on improving human well-being.

Water Governance: The Difference Between Water and Access

Perhaps the most important lesson from Dengamal is that water availability alone does not guarantee water security.

Freshwater may exist within rivers, reservoirs, lakes, or aquifers, yet millions of people continue to struggle because they cannot access these resources safely, reliably, or affordably.

This distinction shifts the discussion from hydrology to governance.

Water governance refers to the institutions, policies, laws, infrastructure, financing, and decision-making processes that determine how water is managed and distributed.

Every stage of the water cycle requires governance.

Reservoirs must be constructed and maintained.

Water treatment facilities must ensure safe drinking water.

Pipelines require regular maintenance.

Groundwater extraction must be monitored.

Competing demands from agriculture, industry, ecosystems, and households must be carefully balanced.

When any component of this system fails, communities experience water insecurity regardless of the amount of water that may physically exist nearby.

Dengamal demonstrates this reality vividly.

The village is situated close to a major reservoir, yet for many years its residents lacked reliable household access to clean water.

The crisis therefore cannot be explained simply by nature.

It reflects the complex interaction between infrastructure, policy, investment, and political priorities.

The Urban–Rural Divide

Rapid urbanization has dramatically increased water demand across many developing countries.

Large cities require enormous volumes of freshwater to support households, hospitals, schools, industries, transportation systems, commercial centres, and public services. To satisfy these growing demands, governments have invested heavily in dams, reservoirs, canals, treatment plants, and extensive distribution networks.

These investments have undoubtedly improved the lives of millions of urban residents.

Yet they have also exposed an uncomfortable reality.

Communities located closest to major water resources do not always receive their benefits.

Reservoirs constructed to supply expanding cities may overlook neighbouring villages. Rivers diverted to meet urban demand may leave downstream communities increasingly vulnerable. Infrastructure designed to maximize regional development can unintentionally deepen local inequalities when rural populations remain excluded from its advantages.

Dengamal reflects this broader pattern.

Its residents do not question the importance of supplying water to major cities.

Rather, their experience raises a simple but important question:

Can development truly be considered equitable if communities living beside major water infrastructure remain without reliable access themselves?

Sustainable development requires more than expanding services to growing urban populations. It also demands that nearby rural communities share fairly in the benefits generated by public infrastructure.

Infrastructure Beyond Engineering

Discussions about water infrastructure often focus on visible structures such as dams, pipelines, pumping stations, and treatment plants. These engineering achievements are undoubtedly essential.

However, infrastructure is much more than concrete, steel, and machinery.

Successful water systems also depend upon long-term planning, reliable financing, skilled operation, routine maintenance, institutional accountability, and community participation.

A pipeline that is never repaired eventually becomes ineffective.

A treatment plant without trained personnel cannot guarantee safe drinking water.

A pumping station without electricity quickly loses its value.

Similarly, a completed project without adequate maintenance may gradually deteriorate until it no longer serves the people it was designed to benefit.

For this reason, sustainable infrastructure should be viewed as an ongoing public service rather than a one-time engineering accomplishment.

The true success of water infrastructure lies not in its construction but in its ability to continue improving people's lives for decades.

Environmental Justice and the Unequal Burden of Water Scarcity

One of the most significant developments in environmental thought over recent decades has been the emergence of the concept of environmental justice.

Environmental justice recognizes that environmental benefits and environmental burdens are rarely distributed equally across society. Certain communities consistently experience greater exposure to pollution, resource shortages, climate risks, and environmental degradation despite contributing relatively little to these problems.

Water scarcity demonstrates this inequality particularly well.

Households with reliable income often have access to piped water, storage tanks, water purification systems, and alternative sources during shortages.

Poorer communities frequently depend on distant wells, seasonal streams, or community standpipes that become unreliable during dry periods.

Within those communities, women and girls usually bear the greatest responsibility for coping with scarcity.

The result is a layered form of inequality.

Economic disadvantage increases vulnerability.

Geographical isolation reduces access to infrastructure.

Gender norms concentrate unpaid labour on women.

Climate change intensifies existing hardships.

These overlapping factors create what environmental scholars describe as environmental injustice.

Dengamal reminds us that water scarcity is never experienced equally.

The burden falls most heavily upon those with the fewest resources available to adapt.

Beyond Dengamal: A Global Challenge

Although Dengamal has become one of the world's best-known examples of the relationship between water scarcity and gender, similar challenges exist across many regions of the world.

Throughout sub-Saharan Africa, millions of women and girls continue to spend significant portions of each day collecting water from rivers, ponds, or community wells.

Mountain communities in Nepal often face similar challenges because of difficult terrain and limited infrastructure.

Remote settlements in parts of Pakistan, Bangladesh, Ethiopia, Kenya, Tanzania, and several regions of Latin America also experience chronic difficulties in securing reliable household water supplies.

The cultures differ.

The languages differ.

The landscapes differ.

Yet the underlying pattern remains remarkably consistent.

Where reliable water systems are absent, unpaid labour expands.

Where unpaid labour expands, women and girls bear a disproportionate share of the burden.

Where inequality already exists, environmental stress deepens social disadvantage.

This is why the story of Dengamal resonates far beyond the borders of India.

It represents a global challenge rather than an isolated local curiosity.

Water as a Human Right

Access to safe drinking water is increasingly recognized not merely as a public service but as a fundamental human right.

This recognition reflects a simple reality.

Without reliable access to clean water, many other human rights become difficult, or even impossible, to realize.

Health depends upon safe water.

Education depends upon adequate sanitation.

Livelihoods depend upon reliable water supplies.

Food security depends upon water for agriculture.

Human dignity depends upon the ability to meet basic daily needs without unnecessary hardship.

When viewed from this perspective, the demands of the people of Dengamal appear neither unusual nor excessive.

They are not asking for luxury.

They are asking for the conditions necessary to live healthy, productive, and dignified lives.

Ultimately, the lesson of Dengamal extends far beyond one village.

It challenges governments, planners, engineers, environmental scientists, and citizens alike to rethink what genuine development means.

The measure of progress is not simply the number of reservoirs constructed or kilometres of pipelines installed.

It is whether those investments ensure that every household, regardless of location or income, can obtain safe water without sacrificing health, opportunity, or dignity.

From Water Scarcity to Water Security: Building a More Resilient Future

Every environmental crisis ultimately confronts society with the same question:

What should be done?

The story of Dengamal is deeply unsettling because it exposes a hardship that no community should have to endure. Yet it is also a story of hope. It reminds us that water scarcity is not an inevitable condition but a challenge that can be addressed through thoughtful planning, scientific knowledge, sound governance, and collective action.

History demonstrates that societies have managed water successfully for thousands of years. Ancient civilizations developed reservoirs, canals, tanks, stepwells, and community-managed irrigation systems that sustained populations for centuries. Modern engineering has further expanded these possibilities through advanced water treatment technologies, satellite-based monitoring, groundwater mapping, smart irrigation, digital water management systems, and climate forecasting.

The challenge before us is therefore not simply technological.

It is ensuring that technology serves people equitably.

Water infrastructure alone cannot solve the crisis unless it is supported by effective governance, community participation, environmental stewardship, and a commitment to social justice.

Dengamal teaches us that sustainable water management must place people, not merely engineering projects, at the centre of every decision.

Moving Beyond Coping Mechanisms

Communities affected by chronic water shortages often develop remarkable ways of surviving.

Water tankers provide temporary relief during droughts.

Families reduce daily consumption.

Women walk longer distances.

Households store every available litre.

Some communities migrate seasonally.

Others reorganize their social structures, as seen in the emergence of the Water Wife phenomenon.

These responses demonstrate extraordinary resilience, but resilience should never be mistaken for a permanent solution.

Environmental scientists distinguish between coping strategies and adaptive solutions.

Coping strategies enable communities to survive immediate hardships without addressing their underlying causes. Adaptive solutions, by contrast, reduce long-term vulnerability by improving the systems that create resilience.

A village should never have to redesign family life simply because reliable drinking water is unavailable.

The objective of public policy should not be to help communities endure avoidable hardships more efficiently. It should be to remove those hardships altogether.

Integrated Water Resources Management

One of the most widely accepted approaches to sustainable water governance is Integrated Water Resources Management (IWRM). Rather than treating water as an isolated engineering problem, IWRM recognizes that rivers, groundwater, forests, agriculture, ecosystems, industries, and communities are all interconnected components of a single system.

Decisions made in one sector inevitably affect many others.

Expanding irrigation influences groundwater availability.

Urban growth increases domestic water demand.

Deforestation reduces groundwater recharge.

Wetland degradation diminishes natural water storage.

Climate change alters rainfall patterns and river flows.

Managing each issue independently often creates unintended consequences. Integrated management seeks to balance these competing demands while ensuring that environmental sustainability, economic development, and social equity advance together.

For communities like Dengamal, such an approach would include reliable household water supply, sustainable groundwater management, watershed conservation, efficient agricultural water use, long-term infrastructure maintenance, regular monitoring of water quality, and meaningful community participation in planning and decision-making.

The goal is not merely to supply water today, but to ensure that future generations continue to enjoy secure access despite changing climatic conditions.

Rainwater Harvesting: Learning from Tradition

India receives significant annual rainfall, yet much of this valuable resource is lost as surface runoff before it can replenish groundwater reserves.

Rainwater harvesting offers one of the simplest, most affordable, and environmentally sustainable methods of improving local water security.

Long before the emergence of modern engineering, communities across India developed sophisticated systems adapted to regional climates. Stepwells in western India, temple tanks in the south, johads in Rajasthan, bamboo drip irrigation in the Northeast, and numerous traditional harvesting structures reflected a deep understanding of local hydrology.

These systems demonstrate an important lesson.

Sustainability is not always about inventing new technologies.

Sometimes it involves rediscovering and improving practices that have proven effective for generations.

Modern rainwater harvesting combines traditional knowledge with contemporary engineering. Rooftop collection systems, recharge pits, storage tanks, farm ponds, contour trenches, and check dams can significantly increase groundwater recharge while reducing dependence on distant water sources.

Although rainwater harvesting alone cannot eliminate every aspect of water scarcity, it forms an essential component of a broader water security strategy.

Protecting Groundwater and Restoring Ecosystems

Groundwater serves as the hidden foundation of rural water supply throughout much of India.

Unfortunately, decades of excessive extraction, rapid urbanization, changing land use, declining vegetation cover, and irregular rainfall have caused groundwater levels to fall in many regions.

Long-term water security therefore requires restoring nature's ability to store water.

Recharge wells, percolation ponds, watershed restoration, afforestation, soil and moisture conservation, wetland protection, and sustainable agricultural practices all contribute to increasing groundwater recharge.

Healthy landscapes function as natural infrastructure.

Forests slow rainfall runoff.

Wetlands store excess water.

Vegetation improves infiltration.

Healthy soils retain moisture for longer periods.

Protecting ecosystems is therefore not merely an environmental objective.

It is an investment in future water security.

Nature itself remains one of humanity's most effective water management systems.

Women Must Be Water Leaders, Not Only Water Carriers

Perhaps the most enduring lesson from Dengamal concerns the role of women in water governance.

For generations, women have managed household water supplies, understood seasonal variations, identified reliable sources, monitored water quality, and developed practical strategies for conserving scarce resources.

Yet despite possessing extensive practical knowledge, they have often remained underrepresented in decisions concerning water planning and resource management.

This imbalance must change.

Women should not be viewed solely as beneficiaries of water projects.

They should be recognized as decision-makers, planners, community leaders, and environmental stewards.

Research from numerous countries has shown that water projects are often more successful and sustainable when women participate actively in local water committees, watershed programmes, and village governance.

Their daily experiences provide insights that technical planning alone cannot fully capture.

Reducing women's workload is undoubtedly important.

Empowering women to shape future water policies is equally essential.

Communities become more resilient when those most directly affected by water scarcity participate in designing its solutions.

Climate Adaptation Begins at the Community Level

Climate change will continue to challenge freshwater resources throughout the twenty-first century.

Scientific evidence suggests that many regions will experience greater rainfall variability, longer dry periods, more frequent heatwaves, and increasing pressure on groundwater resources.

These changes demand proactive adaptation rather than reactive crisis management.

Although large-scale engineering projects remain important, resilience often begins at the local level.

Communities can strengthen water security by diversifying water sources, protecting watersheds, restoring degraded ecosystems, promoting water-efficient agriculture, monitoring groundwater levels, constructing decentralized storage systems, and encouraging local participation in water governance.

Adaptation succeeds when scientific expertise and local knowledge complement one another.

Neither is sufficient in isolation.

The future of water management lies in integrating both.

Water Security and the Sustainable Development Goals

The story of Dengamal illustrates how closely the world's development challenges are interconnected.

At first glance, the issue appears directly related to Sustainable Development Goal 6, which seeks to ensure clean water and sanitation for all.

In reality, its influence extends much further.

Reliable access to water improves public health by reducing disease and physical strain.

It supports education by allowing children, particularly girls, to remain in school.

It promotes gender equality by reducing unpaid domestic labour.

It strengthens local economies by freeing time for productive employment.

It reduces inequality by improving access for marginalized communities.

It enhances climate resilience through sustainable adaptation strategies.

It protects ecosystems that regulate the water cycle.

A single investment in reliable water infrastructure can therefore generate benefits across multiple dimensions of sustainable development.

Water should never be viewed as an isolated sector.

It is the foundation upon which many other development goals depend.

Redefining Development

Economic growth, industrial expansion, technological innovation, and urban development are important indicators of national progress.

Yet Dengamal encourages us to ask deeper questions.

Can every family obtain safe drinking water without fear or hardship?

Can every woman recover after childbirth without carrying heavy loads?

Can every girl spend her mornings in a classroom rather than walking kilometres to collect water?

Can every household live with dignity regardless of its geographical location?

These questions measure development in human terms rather than statistical ones.

Infrastructure should ultimately be judged not by the kilometres of pipeline installed, but by the lives transformed.

A functioning water supply creates opportunities that extend far beyond drinking water.

It improves health.

Expands education.

Strengthens livelihoods.

Promotes equality.

And restores dignity.

From Water Wives to Water Justice

The phrase "Water Wife" captured global attention because it was unusual.

Yet the true objective should never be to remember the phrase.

It should be to create a future in which such a phrase is no longer necessary.

When every household enjoys reliable access to safe water, marriages no longer need to compensate for failed infrastructure.

When women no longer spend hours each day carrying water, they gain opportunities to pursue education, employment, leadership, entrepreneurship, and personal aspirations.

Water security is therefore far more than an engineering achievement.

It is an instrument of social transformation.

The story of Dengamal is ultimately about much more than one village in Maharashtra.

It is about humanity's relationship with one of its most fundamental resources.

It reminds us that environmental challenges are never solely about nature. They are also about governance, justice, equality, public health, and human rights.

Every drop of water denied to a community represents more than a physical shortage. It represents lost opportunities, diminished health, interrupted education, unpaid labour, economic hardship, and lives constrained by circumstances that should be preventable.

The women of Dengamal did not ask for extraordinary privilege.

They asked for something profoundly ordinary.

Water that reaches their homes.

Their story challenges governments, engineers, scientists, planners, and citizens alike to reconsider what development truly means.

A modern society should not be judged only by the height of its skyscrapers, the speed of its transportation systems, or the sophistication of its technology. It should also be judged by whether every person can access clean water without sacrificing health, education, opportunity, or dignity.

The ultimate measure of progress is not how efficiently we transport water across great distances.

It is whether every community, regardless of wealth or location, shares fairly in its benefits.

When that goal is achieved, villages like Dengamal will no longer be remembered for extraordinary coping mechanisms or remarkable stories of endurance.

They will instead be remembered for something far more meaningful: how they inspired the world to recognize that access to clean water is not a privilege reserved for a few, but a universal right that underpins health, equality, opportunity, and sustainable development.

Only then will the story of the Water Wives truly become history rather than lived reality.

And perhaps that is the future toward which every society should strive.