In anticipation of heavy rainfall during the ongoing monsoon season, the Pune Municipal Corporation (PMC) has taken proactive steps to manage the water levels in Katraj Lake. The initiative aims to prevent flooding in the city’s low-lying areas, particularly along the vulnerable Ambil Odha stretch. By strategically lowering the water level in the lake, PMC aims to create a buffer zone that can accommodate sudden inflows of rainwater, thereby mitigating flood risks.
As of August, the PMC has begun decreasing the water levels in Katraj Lake by at least five metres. This measure is intended to account for the sharp spells of rainfall recorded this month and the potential for heavy rains forecasted in September. Currently, both lakes in the Katraj area are filled to capacity, which could pose a significant flooding threat if water levels are not carefully managed. The excess water from these lakes usually flows into Ambil Odha, a stream that meanders through densely populated areas such as Bibvewadi, Satara Road, Sahakarnagar, and other southern parts of Pune. The precautionary measure by PMC comes in the wake of severe flooding events in recent years, most notably in September 2019, when heavy rainfall in the Katraj Ghat hills led to significant overflow and inundation along Ambil Odha.
A senior official from PMC highlighted the importance of maintaining reduced water levels throughout the monsoon season. “The water level in Katraj Lake is being reduced as a precautionary measure and will remain lower until the end of the monsoon,” the official stated. “This strategy aims to provide a buffer against any unexpected heavy rainfall that could otherwise lead to flooding.” To ensure efficient water management, PMC has installed syphon pipes at Katraj Lake to facilitate controlled water release. Additionally, water pumps are on standby to further manage and stabilise the lake’s water levels. “At present, the situation is under control, but we remain vigilant,” added another PMC official, emphasising the importance of preparedness in flood management.
