Looking at urban morphology and historical water infrastructures of Fatehpur Sikri, Agra, and Lahore, it is possible to argue that the Punjab capital’s current groundwater crisis is not simply an outcome of population growth or climate change, but the result of a disconnect between inherited hydraulic logics and modern extractive urbanism.
By revisiting historic groundwater intelligence and reading the city’s present condition through the indirect hydrological consequences of the Indus Waters Treaty, urban water stress can be reframed as a spatial and architectural problem rather than a purely technical or geopolitical one.
Water has always been central to imperial urbanism in South Asia. Mughal cities were not simply administrative centers built on riverbanks but hydraulic systems calibrated to climate, terrain, and political mobility. Yet contemporary narratives of urban water stress often treat scarcity as a recent failure of either a technical, managerial, or diplomatic nature rather than as a spatial consequence of abandoning earlier environmental intelligence. Lahore’s present water crisis emerges from the loss of a groundwater-based settlement pattern that once made the city resilient, intensified though not directly caused by post-Partition river regimes formalized under the 1960 Indus Waters Treaty.
Fatehpur Sikri, a city that monumentalized scarcity, was Akbar’s capital from 1571-1585. The now abandoned city represents a rain-harvesting logic elevated to imperial scale. Built on a sandstone ridge without access to a perennial river, its hydraulic system relied on artificial lakes, stepwells (baolis), embankments, and gravity-fed channels
While architecturally sophisticated, this system was storage-based and climatically brittle. Seasonal monsoon variability, a rising population, and courtly water demand rendered the city unsustainable as a permanent capital. Its abandonment is usually read as failure, but can it be seen as an acknowledgement of ecological limits or environmental intelligence? Whichever way one chooses to see it, Fatehpur Sikri demonstrates that Mughal monumentality could exceed hydrological capacity and serves as an important cautionary precedent.
In contrast, Agra functioned as a river city anchored to the Yamuna, whose perennial flow enabled scalable hydraulic systems. Persian wheels (saqiyas), elevated tanks, cisterns, and garden channels allowed water to be continuously lifted, circulated, and returned to the river.
Agra’s charbaghs, hammams, and palace complexes reflect a flow-based hydraulic logic rather than storage dependency. This abundance supported bureaucratic permanence and imperial display, culminating later in the Taj Mahal complex’s refined water choreography.
While Agra institutionalized abundance and Fatehpur Sikri curated scarcity. Lahore occupies a third position. Though historically linked to the Ravi, Mughal Lahore maintained spatial distance from the river, as a response to flooding and channel migration. Instead, the city relied on a high groundwater table of the Ravi floodplain. A dense network of wells and baolis and an urban fabric where courtyard houses functioned as micro-hydraulic units and gardens were designed as hydraulic machines rather than purely visual compositions. Water in Lahore was distributed, embedded, and largely invisible. Redundancy rather than spectacle was the city’s defining hydraulic intelligence and enabled Lahore to survive imperial mobility, demographic fluctuation, and environmental change.
Contemporary Lahore has inverted its historical logic. Tube-well abstraction at metropolitan scale, combined with urban paving, canal prioritization for agriculture, and loss of floodplains, has produced severe groundwater depletion. What was once seepage-based and self-replenishing is now is energy-intensive, centralized and chemically degraded. The city no longer holds water it just uses it.
The Indus Waters Treaty allocates the eastern rivers Ravi, Beas, Sutlej to India, leaving Pakistan dependent on western rivers. While Lahore does not draw municipal water directly from the Ravi, the treaty has profound indirect effects as it reduces flows near Lahore leading to declining floodplain recharge and a consequent lowering of aquifers beneath the city.
Thus, Lahore becomes what might be called a hydrologically orphaned city, geographically located on a river whose ecological function has been severed. This reveals a crucial mismatch: water politics operates at the scale of rivers and dams, while Lahore’s crisis unfolds underground.
National water discourse in Pakistan remains focused on sovereignty, storage, and upstream control. Urban water governance, meanwhile, concentrates on supply augmentation. Recharge, landscape permeability, and spatial planning fall between these domains and remain woefully unaddressed. As a result, Lahore continues to deplete its aquifers while political attention remains elsewhere.
Mughal Lahore offers not just nostalgia but instruction. It understood groundwater as a civic commons, open soil as infrastructure and gardens as seasonal hydraulic devices. A contemporary response must therefore be architectural and urban. Streets could be redesigned as recharge corridors. Parks and green belts as seasonal basins and recharge zones. Public buildings, and housing compounds could be reconsidered as rain-harvesting typologies and the baoli reimagined as civic infrastructure, not a nostalgic relic.
Historically Lahore has been a habitable city because it trusted the ground it sits on. Contemporary Lahore is failing because it is emptying that ground faster than politics, treaties, or technology can replenish it. The Indus Waters Treaty rearranged rivers; then we decided to pave them up Lahore’s crisis reveals what happens when cities forget how to recharge themselves.
Additional Reading on Lahore’s Water Stress
• Asher, C. B. Architecture of Mughal India. Cambridge University Press, 1992.
• Begley, W. E., & Desai, Z. Taj Mahal: The Illumined Tomb. University of Washington Press, 1989.
• Brand, M., & Lowry, G. Fatehpur Sikri. The Metropolitan Museum of Art, 1987.
• Glover, W. Making Lahore Modern. University of Minnesota Press, 2008.
• Koch, E. The Complete Taj Mahal. Thames & Hudson, 2006.
• Nath, R. History of Mughal Architecture, Vol. II. Abhinav, 1985.
• Qureshi, A. S. “Water management in Pakistan.” Water Resources Development 27, no. 4 (2011).
• Salman, S. M. A., & Uprety, K. Conflict and Cooperation on South Asia’s International Rivers. World Bank, 2002.
• Wescoat, J. L. “Water, Wealth, and Power in Mughal India.” Economic & Political Weekly (2013).
• Mustafa, D. et al. “Urban water governance in Pakistan.” Geoforum (2017).