Karachi, Pakistan’s largest and most populous city, has long been grappling with the challenge of urban flooding during monsoon seasons. In a bid to address this pressing issue, Murtaza Wahab, the Mayor of Karachi, has put forward a proposal to restore British-era wells. These wells, once functional, could significantly contribute to increasing the groundwater level and preventing flooding. The Karachi Metropolitan Corporation (KMC) has already initiated well construction in various parks throughout the city, with Burns Garden serving as a successful pilot project.
Under the leadership of Mayor Murtaza Wahab, the city administration is taking innovative measures to combat urban flooding in Karachi. Recognizing the potential of British-era wells, the Mayor’s proposal aims to restore and reactivate these historical structures, leveraging their ability to store and replenish groundwater.
In a recent visit to Burns Garden, Mayor Wahab highlighted the progress made in reactivating two old wells. The restoration was carried out with the assistance of an expert from Ukraine who collaborated with the KMC’s parks department. The reactivation of these wells has already showcased positive results, contributing to increased groundwater levels in the area and serving as a potential solution for flood prevention.
Building on the success achieved at Burns Garden, the KMC has embarked on a mission to construct wells in several other parks across the city. By strategically selecting locations for good installation, the administration aims to optimize water harvesting and recharge the groundwater aquifer.
To ensure the effective implementation of this initiative, the KMC has sought the expertise of international partners. The collaboration with the Ukrainian expert has proven fruitful, and further engagements with global professionals are anticipated. This exchange of knowledge and experience will enable the city administration to make informed decisions and implement best practices in restoring and maintaining these wells.
Looking ahead, Mayor Wahab has announced plans to construct similar wells at the Polo Ground in Baradari. This project aims to harness rainwater and improve the groundwater level in the area. By harvesting rainwater, Karachi can effectively address the issue of water scarcity during dry periods and alleviate pressure on the city’s drainage systems during heavy rainfall.
The restoration and reactivation of British-era wells in Karachi hold several advantages in the battle against urban flooding. First and foremost, these wells have a historical significance that adds to the city’s cultural heritage. Restoring them not only serves a functional purpose but also preserves the architectural legacy of Karachi.
Moreover, reactivated wells can store substantial amounts of rainwater, thereby reducing the burden on the existing drainage systems. This, in turn, minimizes the risk of flooding, which has plagued Karachi for years. Additionally, by increasing the groundwater level, these wells contribute to sustainable water management, ensuring a more reliable water supply for the city’s residents.
Mayor Murtaza Wahab of Karachi has suggested restoring British-era wells in the city to combat urban flooding. The initiative has seen success at Burns Garden, and the Karachi Metropolitan Corporation plans to construct more wells in various parks.
Mayor Murtaza Wahab’s proposal to restore British-era wells in Karachi marks a significant step towards combating urban flooding and ensuring sustainable water management. The successful reactivation of wells at Burns Garden and the ongoing construction of wells in various parks demonstrate the city administration’s commitment to finding innovative solutions. By harnessing rainwater and increasing the groundwater level, these historical structures can play a pivotal role in minimizing flood-related issues and preserving Karachi’s heritage for future generations. As the city continues to collaborate with international experts and expand its efforts, it is hoped that this initiative will serve as a model for other urban areas facing similar challenges worldwide.