HARYANA’s groundwater crisis has entered a dangerous new phase. For years, the debate revolved around the rapidly falling water table caused by excessive extraction for the paddy-wheat cycle. Now, a study by Chaudhary Charan Singh Haryana Agricultural University has revealed an equally alarming reality: barely 32% of the state’s groundwater remains suitable for high-quality irrigation. The problem is no longer just about the quantity of water available underground, but also about its deteriorating quality. Large parts of Haryana are now confronting salinity, sodicity and chemical imbalances that gradually reduce soil fertility and agricultural productivity. In some districts, over-extraction has drained aquifers; in others, canal seepage and poor drainage have produced waterlogging and salt accumulation. Together, these twin crises expose the ecological limits of Haryana’s Green Revolution model.
The state’s dependence on water-intensive paddy cultivation remains at the centre of the problem. Subsidised electricity, assured procurement and MSP incentives continue to encourage indiscriminate groundwater pumping. Farmers cannot be blamed entirely for responding rationally to the economic signals created by policy. Yet the long-term consequences are becoming increasingly visible beneath the fields themselves.
Crop diversification must move from policy rhetoric to economic reality. Farmers require assured procurement and market support for less water-intensive crops such as maize, pulses and oilseeds. Techniques like direct-seeded rice, micro-irrigation and groundwater recharge need wider implementation, while canal systems require better drainage management. Most importantly, groundwater quality mapping must become central to district-level agricultural planning. Haryana’s food security model cannot survive if its soil and aquifers continue to degrade simultaneously. The warning signs are visible. If corrective action continues to lag, the state risks transforming one of India’s most productive agricultural regions into an increasingly water-stressed and chemically damaged landscape.
