Jhelum River's Increased Capacity Raises Flood Concerns in Kashmir

New Delhi, India Jul 27, 2026 ALN: Even as the Jhelum receded after triggering flood alerts following two days of incessant rain, the latest scare has underscored a stark reality: while the river is stronger than it was during the 2014 deluge, Kashmir remains vulnerable to flooding. Twelve years after the worst flood in living memory, extensive dredging and flood mitigation works have significantly increased the Jhelum's carrying capacity, but experts warn that climate change, shrinking wetlands and unchecked urbanisation continue to threaten the Valley.

The Jhelum River, which flows through the Kashmir Valley, has long been a vital waterway for the region, providing irrigation, drinking water, and hydroelectric power. However, its propensity to flood has made it a source of concern for local authorities and residents alike. The catastrophic floods of 2014, which resulted in widespread devastation across the Valley, claimed hundreds of lives, displaced thousands, and caused severe damage to infrastructure and property. The event highlighted the urgent need for comprehensive flood management strategies in the region.

In the wake of the 2014 disaster, significant investments were made to improve flood resilience in Kashmir. Official figures suggest that considerable progress has been made. Before the 2014 floods, the Jhelum could carry only around 31,800 cusecs between Sangam and Padshahi Bagh. Today, after years of dredging and channel improvement under the World Bank-assisted Jhelum and Tawi Flood Recovery Project, the carrying capacity has increased to nearly 41,000 cusecs. At the Ram Munshi Bagh stretch in Srinagar, the river can now carry about 32,000 cusecs, compared with nearly 27,000 cusecs before the floods. This increase in capacity is a significant step toward mitigating the risk of flooding in the Valley.

Equally significant has been the revival of the Flood Spill Channel, conceived during the Dogra era but neglected for decades. By 2014, the channel had been choked by silt, weeds, and encroachments and could divert barely 4,000 cusecs of floodwater. Extensive restoration has increased its capacity to nearly 27,000 cusecs, enabling a much larger volume of water to bypass Srinagar during periods of high discharge. This restoration of the Flood Spill Channel is particularly crucial as it provides an alternative route for excess water, thereby alleviating pressure on the main river channel.

Officials say these interventions played a crucial role during the latest spell of heavy rain, when the Jhelum rose sharply but remained within manageable limits. Chief Engineer of the Irrigation and Flood Control Department, Er Showkat Hussain, emphasized that the Valley's flood management infrastructure has improved significantly over the past decade. He noted, "After the 2014 floods, large-scale dredging was undertaken, embankments were strengthened, and vulnerable stretches were protected. The carrying capacity of the Jhelum has improved considerably and the Flood Spill Channel has been restored. These measures have enhanced our ability to manage higher river discharges."

Hussain further referred to the recent flood situation, stating that the improvements had yielded positive results. "Despite continuous rainfall over two days, the river remained within safe limits and the flood peak passed through Srinagar without causing large-scale inundation. That reflects the impact of the mitigation works carried out over the past several years," he said. This statement highlights the importance of ongoing investment in flood management infrastructure, which can significantly reduce the risk of catastrophic flooding.

However, officials acknowledge that the challenge is far from over. Despite the improvements, the combined carrying capacity of the Jhelum and the Flood Spill Channel is estimated at around 50,000 cusecs, still less than half of the 1.15 lakh to 1.35 lakh cusecs believed to have surged through the river during the catastrophic floods of September 2014. This disparity raises concerns about the region's preparedness for future flooding events, particularly as climate change continues to alter weather patterns.

Director of the Meteorological Centre Srinagar, Dr. Mukhtar Ahmad, pointed out that the nature of extreme weather events in the Himalayas is changing. "We are increasingly witnessing short-duration, high-intensity rainfall events. Even when seasonal rainfall is near normal, intense precipitation within a few hours can rapidly increase runoff, swell rivers, and trigger flash floods, landslides, and waterlogging," he said. This shift in weather patterns poses a significant challenge for flood management efforts, as traditional forecasting methods may not adequately account for these new dynamics.

Dr. Ahmad also highlighted the advancements in forecasting capabilities since 2014. "Today we issue impact-based forecasts several days in advance, allowing authorities to prepare and the public to take precautionary measures. Early warning has become one of the strongest tools in disaster risk reduction," he added. This improvement in forecasting is essential for timely response and risk mitigation, but it is not a standalone solution.

Scientists, however, say engineering interventions alone cannot guarantee safety. Prof. Shakil Ahmad Romshoo, a noted earth scientist, emphasized that while the post-2014 works have certainly reduced flood risk, they must be complemented by ecological restoration. "The interventions after 2014 have improved the carrying capacity of the Jhelum and strengthened flood management. However, structural measures alone cannot provide complete protection. Climate change is increasing the frequency of extreme rainfall, while wetlands, floodplains, and natural drainage systems continue to shrink. Flood management has to move beyond engineering and include ecological restoration," he said. This perspective underscores the need for a holistic approach to flood management that integrates both engineering solutions and ecological conservation.

Environmental experts point out that Kashmir has lost much of its natural flood cushion over the past few decades. Wetlands such as Hokersar, once capable of storing large volumes of floodwater, have shrunk considerably due to encroachment and degradation. Wular Lake, another major flood buffer, has also witnessed a significant reduction in its effective water spread because of siltation and human interference. The loss of these natural flood management systems exacerbates the region's vulnerability to flooding, highlighting the importance of restoring and protecting these ecosystems.

Officials estimate that more than 20 million cubic metres of silt have been removed from the Jhelum and the Flood Spill Channel since restoration works began after 2014. Embankments have been strengthened at dozens of vulnerable locations, while real-time flood monitoring stations, Doppler weather radar, automated weather stations, and improved coordination between the Meteorological Department and the Irrigation and Flood Control Department have significantly enhanced preparedness. These technological advancements play a crucial role in improving the region's ability to respond to flood threats, but they must be part of a broader strategy that includes community engagement, awareness, and ecological restoration.

The situation in Kashmir serves as a microcosm of the broader challenges faced by many regions around the world as they grapple with the impacts of climate change and urbanization. As cities expand and natural landscapes are altered, the need for sustainable flood management practices becomes increasingly urgent. The experiences and lessons learned in Kashmir may offer valuable insights for other regions facing similar challenges, emphasizing the importance of integrating engineering solutions with ecological conservation and community preparedness.

As the forecast of another wet spell looms from July 28, the question remains: Is Kashmir truly prepared for another extreme flood? While significant progress has been made in flood management, the region's vulnerability to climate change and ecological degradation underscores the need for continued vigilance and proactive measures. The path forward will require collaboration among government agencies, scientists, environmentalists, and local communities to ensure that the lessons of the past are not forgotten and that the Valley is better equipped to face the challenges of the future.