India’s Water Crisis Deepens: Why Women Bear the Biggest Burden Amid AI Expansion and Growing Water Stress

India is confronting one of its most serious water shortages in recent history. Reservoirs are shrinking, groundwater reserves are rapidly depleting, and climate change is disrupting traditional rainfall patterns, making water availability increasingly uncertain.

While water scarcity affects communities across the country, its impact is far from equal. Certain groups bear a far greater burden than others, particularly women and girls.

When water sources run dry, hand pumps stop working, or tanker supplies fail to reach communities, women are often the first to face the consequences.

They spend longer hours collecting water, stand in queues for extended periods, sacrifice educational and employment opportunities, and carry the physical and emotional strain of a crisis they did not cause.

At the same time, India is positioning itself as a major destination for artificial intelligence (AI) and data-centre investments.

As digital infrastructure expands, experts are increasingly questioning whether the country’s technological ambitions could place additional pressure on already stressed water resources.

India’s Escalating Water Emergency

India is home to nearly 18% of the global population but possesses only about 4% of the world’s freshwater resources.

This imbalance has created an enormous challenge for policymakers and communities alike.

Government estimates indicate that nearly 600 million people in India experience varying levels of water stress.

Across many regions, groundwater levels continue to decline, while rising temperatures, erratic monsoons, and recurring droughts are making the situation even more difficult.

Experts warn that the problem is likely to intensify in the coming years as climate change alters rainfall patterns and water demand continues to rise due to population growth, urbanisation, and industrial expansion.

Why Women Feel the Impact More Deeply

Environmentalist Vikrant Tongad believes that women carry the greatest burden of water shortages, regardless of whether they live in villages, towns, or cities.

According to him, women across social and economic backgrounds are disproportionately affected by water scarcity.

In tribal belts, rural communities, and drought-prone areas, women and young girls often travel long distances every day to collect water, frequently spending hours waiting at community taps and public water points.

Since water collection remains largely a woman’s responsibility in many households, the effort required increases significantly as nearby water sources become unreliable or disappear altogether.

The Hidden Physical Toll

The daily task of transporting heavy water containers over long distances can have severe health consequences.

Many women suffer from chronic back pain, fatigue, joint problems, and other physical ailments due to the repetitive strain.

The burden is especially difficult for pregnant women, elderly women, and those already dealing with health concerns.

Despite the demanding nature of the work, many women continue to shoulder this responsibility with little assistance from family members or support systems.

How Water Scarcity Disrupts Girls’ Education

The effects of water shortages extend beyond physical hardship and often interfere with educational opportunities for girls.

When families struggle to secure sufficient water, daughters are frequently expected to assist with collection duties.

The time spent fetching water often replaces time that could have been devoted to attending school, completing assignments, or pursuing personal development.

Tongad notes that prolonged water shortages frequently result in reduced school attendance among girls, limiting their educational progress and future opportunities.

The Economic Burden on Women

Water scarcity also carries significant financial consequences.

Every hour spent gathering water is time that cannot be invested in paid work, entrepreneurship, skill development, or other income-generating activities.

For women from low-income households—many of whom already perform extensive unpaid domestic and caregiving work—the added responsibility of securing water further increases their invisible workload and limits economic independence.

When Infrastructure Fails, Women Become the Safety Net

The gendered nature of India’s water crisis is perhaps most visible in drought-affected regions of Maharashtra, where reports have highlighted the phenomenon commonly referred to as “water wives.”

In some severely water-stressed villages, men have reportedly entered into multiple marriages partly to increase the number of women available to fetch water for the household.

The practice underscores a troubling reality: when public infrastructure fails to provide reliable access to water, women often become the mechanism through which families cope with the crisis.

Such situations reveal how environmental challenges can deepen existing social inequalities and place additional responsibilities on women.

Could AI and Data Centres Increase Water Demand?

As India attracts major investments in artificial intelligence and digital infrastructure, concerns are emerging about the water requirements of data centres.

AI systems rely on large-scale data centres packed with powerful processors that generate substantial heat.

To maintain safe operating temperatures, these facilities require continuous cooling systems, many of which consume significant quantities of water.

Global technology giants such as Google, Microsoft, Amazon, and Meta are expanding their data-centre operations across India.

New facilities are being established in cities including Bengaluru, Hyderabad, Chennai, Mumbai, Delhi-NCR, and Visakhapatnam—many of which already experience varying degrees of water stress.

Critics argue that as the number of data centres grows, their cumulative water consumption could place additional strain on local resources, particularly during periods of drought and extreme heat.

Are Data Centres Being Unfairly Targeted?

Tongad believes the discussion should be viewed within the larger framework of industrial water use.

He points out that while data centres consume water during construction and cooling, they are only one part of a much broader industrial ecosystem that draws heavily on water resources.

According to him, data centres represent a modern, technology-driven industry that contributes to economic growth, innovation, and employment.

The focus, therefore, should not be on halting development but on improving efficiency and sustainability.

He argues that, like every industry, data centres must adopt advanced water-saving technologies and responsible management practices to minimise their environmental footprint.

Tongad also emphasises that industrial activities have contributed to environmental degradation and water stress for decades, and data centres should be assessed alongside other sectors rather than singled out.

Is Government Action Sufficient?

While acknowledging that several government initiatives—including programmes aimed at providing household tap-water connections—have helped improve access to safe drinking water,

Tongad believes implementation remains a major challenge.

According to him, there is often a considerable gap between policy announcements and actual outcomes experienced by communities on the ground.

India already has national and state-level water policies, environmental regulations, and efficiency standards.

However, weak enforcement and limited accountability frequently reduce their effectiveness.

He argues that industries responsible for pollution or excessive water extraction often face insufficient oversight, undermining efforts to protect water resources.

Balancing AI Growth with Water Security

India’s challenge is not choosing between technological advancement and water conservation. The real task is ensuring both objectives can progress together.

Experts suggest several measures that could help achieve this balance:

• Requiring industries and data centres to disclose water consumption publicly.
• Increasing the use of treated wastewater for cooling systems.
• Conducting detailed water-risk assessments before approving major projects.
• Strengthening environmental monitoring and regulatory enforcement.
• Promoting water-efficient cooling technologies.
• Ensuring greater participation of women in water management and decision-making processes.

A Crisis of Equity as Well as Sustainability

India’s growing water crisis is no longer solely an environmental issue—it is increasingly a matter of social justice.

The nation’s AI-driven future promises economic growth, innovation, and employment opportunities.

However, if rising industrial demand further intensifies competition for limited water resources, the consequences will not be shared equally.

Women already devote countless hours to compensating for inadequate water infrastructure.

They often pay the price through lost educational opportunities, reduced income, and declining health.

For Tongad, the path forward lies in effective governance and responsible resource management rather than choosing between development and conservation.

He believes that women stand to benefit the most when water resources are managed wisely, equitably, and sustainably.

Policies may provide direction, but meaningful change ultimately depends on effective implementation and accountability.

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