The Department of Public Works and Highways (DPWH) has allocated a total of P209 million for the rehabilitation of the Lucena-Tayabas-Lucban-Sampaloc-Mauban Port road in Quezon province after it was damaged due to Typhoon “Carina”.
DPWH Secretary Manuel M. Bonoan said the amount for repairs was based on the damage assessments from District Engineering Offices (DEOs) in the region, which the agency also presented during a situation briefing with President Ferdinand 'Bongbong' Marcos Jr. in Mauban, Quezon on Friday, July 26.
Bonoan said the Lucena-Tayabas-Lucban-Sampaloc-Mauban Port road is currently operational with restrictions to ensure the safety and convenience of motorists.
"The road is currently one-way passable due to deep holes caused by the typhoon's strong winds, especially vulnerable to heavy trucks," he said.
He said efforts are currently underway to clear debris and restore full access to all affected roads, including local routes and areas hit by landslides, which are expected to be completed within the next day.
The initiative responds to the severe damage caused by Carina, which mostly affected crucial transportation routes in Quezon province.
Bonoan stressed the importance of restoring the road, citing its vital role in regional connectivity and commerce.
Furthermore, ongoing collaboration with local authorities and rapid resource deployment are prioritized to expedite repairs and mitigate further disruptions to transportation networks.
In addition to road rehabilitation, Bonoan underscored the DPWH's partnership with the National Irrigation Authority (NIA) on a convergence program that aims to optimize water management strategies, which are crucial during the rainy season to minimize flooding risks and during dry spells.
He emphasized the necessity of implementing effective measures to address the recurrent challenges posed by climate change.
Bonoan said the DPWH's allocation of funds and cooperation with the NIA reflects the government's commitment to promptly rehabilitate infrastructure and enhance water management systems in disaster-affected areas, ensuring resilience against future natural calamities.