The Philippine Institute of Volcanology and Seismology (Phivolcs) has set up a strong motion station in Zamboanga City, the first of its kind in the Zamboanga Peninsula.
A 15-square-meter facility houses the strong motion station at the CDRRMO office in Zamboanga City, the first and only one in the Zamboanga Peninsula. (City Hall PIO) The station, the latest addition to the Phivolcs Philippine Strong Motion Network (PSMNet) project, was set up inside a 15-quare meter facility inside the City Disaster Risk and Reduction Management Office compound. Dr. Rommel Grutas, Phivolcs supervising science research, said the station is equipped with a strong motion accelerograph capable of recording large ground motion during earthquakes. The data collected from the station can be used to provide information about earthquake events. The equipment is solar-powered to ensure its operation even during power interruptions. Zamboanga City DRRM Officer Dr. Elmeir Apolinario said the equipment can also help the city government in designing earthquake-resistant structures based on ground response to strong motions as collected by the accelerograph.
A 15-square-meter facility houses the strong motion station at the CDRRMO office in Zamboanga City, the first and only one in the Zamboanga Peninsula. (City Hall PIO) The station, the latest addition to the Phivolcs Philippine Strong Motion Network (PSMNet) project, was set up inside a 15-quare meter facility inside the City Disaster Risk and Reduction Management Office compound. Dr. Rommel Grutas, Phivolcs supervising science research, said the station is equipped with a strong motion accelerograph capable of recording large ground motion during earthquakes. The data collected from the station can be used to provide information about earthquake events. The equipment is solar-powered to ensure its operation even during power interruptions. Zamboanga City DRRM Officer Dr. Elmeir Apolinario said the equipment can also help the city government in designing earthquake-resistant structures based on ground response to strong motions as collected by the accelerograph.