Water Crisis in India: Drying Rivers and Declining Reservoirs

Context:

The Central Water Commission (CWC) has recently released data which highlighted the severity of the water crisis in India. Water storage in 166 major reservoirs across the country has shrunk to nearly half of their total capacity. Even before summer begins, this situation indicates that the water crisis may deepen in the coming months.

Analysis of the Current Situation:

• • • The total storage capacity of India’s reservoirs is about 178.78 billion cubic meters (BCM). According to the Central Water Commission (CWC), the total water storage in major reservoirs is around 56–57%, while in many regions it has fallen below 50%. The situation is particularly alarming in South India, where reservoir storage has been limited to around 47%.
    • In contrast, western and central India have relatively better water storage, but a declining trend is evident there as well. In Bihar, Tamil Nadu, and some reservoirs in the northeastern region, water levels have been recorded significantly below normal, signaling a threat to local water supply and agriculture.

Major Causes of the Water Crisis:

• • • Deficit Rainfall: Around 70% of the country has received below-normal rainfall this year. After March, most regions witnessed a lack of rainfall, preventing the recharge of reservoirs.
    • Seasonal Factors: The period from March to June naturally sees a decline in water levels. Rising temperatures during this time increase evaporation and also raise water demand.
    • Drying Rivers: Water flow has reduced in the basins of major rivers like the Periyar, Kaveri, and Krishna, increasing water stress. Bihar’s Chandan Dam has completely dried up.
    • Rising Water Demand: Water demand is continuously increasing due to agriculture, urbanization, and industrialization. Heavy dependence on reservoirs for irrigation causes rapid depletion of water levels.

Possible Impacts:

• • • Drinking Water Crisis: In South India and some urban areas, drinking water shortages may intensify during summer. The situation may be even more severe in rural areas.
    • Impact on Agriculture: Irrigation of rabi crops and summer crops may be affected, leading to a possible decline in agricultural production.
    • Energy Production: Hydropower generation may decrease, increasing pressure on energy supply.
    • Environmental Impact: Drying rivers and falling water levels will negatively impact aquatic ecosystems.

Way Forward:

• • • India must adopt a comprehensive approach to tackle the water crisis. Promoting Integrated Water Resources Management (IWRM) is essential to ensure balanced water use. Expansion of micro-irrigation techniques such as drip and sprinkler systems can reduce water consumption in agriculture.
    • Regular desiltation and recharge of reservoirs are necessary. Additionally, crop diversification should be encouraged to shift towards less water-intensive crops. Strengthening rainwater harvesting and local water conservation measures, along with data-driven policymaking, can make water management more effective.

Conclusion:

India’s water crisis is not only seasonal but also structural in nature. The country’s water system is highly dependent on the monsoon, while water management policies are still not sufficiently effective. Regional imbalance is another major issue—South India is more affected, whereas some other regions remain relatively better off. Moreover, excessive groundwater extraction and reduced reservoir capacity (due to silt accumulation) further aggravate the crisis. If timely and effective measures are not taken, this crisis could impact not only water supply but also food security and economic development. Therefore, it is essential to prioritize water management and adopt a sustainable and holistic strategy.