In a statement issued Tuesday, DPWH Southern Leyte
field office chief Ma. Margarita Junia said they are still unsure when to
re-open the road in Pancho Villa village in Sogod town with the ongoing
intensive soil exploration and anti-landslide measures.
"One thing is for sure, the road is not safe.
There is an active ground movement in the slope along the highway that might
collapse anytime," Junia said.
The road closure has affected Mindanao-bound
motorists, who prefer to take the landslide-prone road to get to Benit port in
San Ricardo, Southern Leyte.
Benit port is considered as the region’s gateway to
Mindanao.
Since March 14, the 200-meter road section that
forms part of the major highway that connects Luzon, Samar, Leyte and Mindanao
Islands, has been closed to all types of vehicles.
The road section is just six kilometers away from
Agas-Agas Bridge, the country’s tallest. The road stretch has been tagged as
highly susceptible to landslides.
Motorist bound for Benit port are advised to take the
Tacloban-Mahaplag-Baybay-Bato-Bontoc-Liloan-San Ricardo route and vice versa or
Tacloban-Abuyog-Silago-St. Bernard-Jct. Himay-angan-Daang Maharlika-Liloan-San
Ricardo route and vice versa.
From Tacloban to Pacific towns, motorists can take
the Tacloban-Abuyog-Silago-St. Bernard route and vice versa
orTacloban-Mahaplag-Baybay-Bato-Bontoc-Sogod-Jct. Himay-angan-St.
Bernard-Silago-Abuyog road route and vice versa.
Preliminary findings of the Mines and Geosciences
Bureau confirmed the presence of active ground movements in tension cracks,
ruptured surface, and vertical displacements in the road section.
The assessment within the 200-meter stretch of the
road also showed that there is an increase in water discharge and water
saturation from springs nearby, which caused changes in groundwater level and
increase of water pressure.
The DPWH Southern Leyte district office initiated a
soil study to determine the properties of the subsurface soil and identify
proper measures to prevent major erosions.
The exploration will dig up to 20 meters or more to
get soil samples, and identify the most stable soil level, which is highly
necessary in determining the most efficient erosion prevention technology
applicable in the area. (SQM/PNA)
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