Tartar Creek cleanup intensified

The Metropolitan Manila Development Authority (MMDA), in partnership with the Department of Public Works and Highways (DPWH), has intensified its flood mitigation efforts by leading a cleanup of Tartar Creek in Las Piñas City, officials announced Wednesday.

MMDA chairperson Romando Artes, along with DPWH Secretary Vince Dizon and Las Piñas City Mayor April Aguilar, inspected the results of the cleanup drive under the “Bayanihan sa Estero” program.

The joint effort is part of the MMDA’s response to President Ferdinand Marcos Jr.’s socioeconomic agenda, which includes reducing obstructions and improving water flow to lessen flooding across Metro Manila.

Artes stressed that the agency is committed to cleaning and clearing waterways to improve drainage flow and minimize flooding during heavy rains.

“It is good to see the before and after situation of Tartar Creek to ensure that waterways are free from debris, garbage, and silt, allowing rainwater to flow more efficiently,” Artes said, citing that the cleanup leads to reduced flooding risks, a cleaner environment and improved health and safety for residents.

Meantime, Dizon reaffirmed that the projects — which include drainage systems, pumping stations, flood control structures and water retention facilities — are part of a long-term strategy to support the development of Metro Manila.

“The DPWH will continue to work with MMDA and all local government units to implement comprehensive and sustainable infrastructure projects designed to significantly reduce flood risks across the region,” Dizon said.

Aguilar, on the other hand, expressed gratitude to the MMDA for bringing its cleanup operation to the city.

“We deeply appreciate the commitment of MMDA for their invaluable assistance in cleaning our creek... This initiative not only helps restore the natural flow of our creeks but also reduces the risk of flooding in Las Piñas,” Aguilar said.

The MMDA distributed lily pots and charcoal briquettes made from processed water hyacinths collected during the operation.