Why Drought-Hit Punjab’s River Water Is Flowing Unused into Pakistan

Despite facing severe water shortages, large volumes of river water from Indian Punjab continue to flow into Pakistan without being utilized. This puzzling situation stems from a combination of outdated infrastructure, delayed development projects, bureaucratic hurdles, and climate challenges.

Background: The Indus Waters Treaty

The root of the issue lies in the 1960 Indus Waters Treaty, a water-sharing agreement between India and Pakistan brokered by the World Bank. This treaty gave India rights over the eastern rivers—Ravi, Beas, and Sutlej—while Pakistan was allotted the western rivers—Indus, Jhelum, and Chenab. While the treaty sought to prevent conflict over water, it also placed long-term constraints on water management and development along these rivers.

Punjab’s Inability to Use Its Share

Although India legally controls the Ravi River, much of its water flows into Pakistan unused, particularly during periods of high rainfall. This happens primarily because of delays and inefficiencies in building essential infrastructure. For instance, the Shahpur Kandi Dam—designed to store and divert Ravi water for Indian use—was held up for years due to disputes between Punjab and Jammu & Kashmir. Even though the dam was finally completed in 2024, it is not yet fully functional, limiting the state’s ability to utilize the water.

During monsoon season, the flow of water increases significantly, and without enough storage capacity or diversion channels in place, the excess water crosses the border into Pakistan—essentially gifted away even as farmers in Punjab struggle with drought conditions.

Bureaucracy and Political Gridlock

Internal politics in India have further complicated the situation. Water distribution decisions involve coordination among the central government and individual states, often leading to disagreements. Punjab has clashed with neighboring states like Haryana and Rajasthan, which also demand a share of the water despite not lying within the river basin. This has made it harder for Punjab to push through water management reforms or secure support for new infrastructure.

Moreover, administrative red tape and regional politics have stalled efforts to develop better water retention systems and irrigation networks in Punjab, worsening the crisis.

Environmental and Climate Challenges

Climate change has made things even worse. Rising temperatures, erratic monsoons, and prolonged dry spells have disrupted natural water cycles. The unpredictability of rainfall has led to reduced groundwater recharge and heightened dependence on river water, which is not always available when needed. Meanwhile, much-needed water is being lost downstream due to a lack of proper storage and redirection systems.

Steps Toward a Solution

To resolve this growing problem, several key actions are needed:

• Finish Infrastructure Projects Quickly: The Shahpur Kandi Dam and similar developments must be fully operational to regulate and store water within Indian territory.
• Boost Efficiency in Water Usage: Adopting modern irrigation techniques like drip systems and promoting water-saving practices can help reduce the overall demand.
• Rework Inter-State Agreements: Updating water-sharing arrangements between Punjab and other Indian states could ease political tensions and ensure fairer distribution.
• Prepare for Climate Impacts: Long-term planning is essential to cope with the unpredictability caused by climate change. Improved forecasting, drought-resistant crops, and better water conservation policies will be critical.

Conclusion

The ongoing wastage of river water from Punjab into Pakistan is a symptom of larger structural and policy failures. With farmers suffering due to lack of water and valuable resources being lost across the border, urgent action is needed. Strategic reforms and faster infrastructure development can help India make full use of its water rights, ensuring a more secure and sustainable future for Punjab’s agricultural heartland.