The Department of Science and Technology-Philippine Atmospheric, Geophysical and Astronomical Services Administration (DOST-PAGASA) has unveiled a new radar facility and initiated a synoptic station in Iloilo to enhance weather monitoring in Western Visayas. This development aims to improve tracking of severe weather events and support aviation and disaster preparedness.
The Iloilo S-band Radar facility features an advanced dual-polarimetric Doppler radar system that delivers high-resolution and near real-time data. This system is designed to track heavy rainfall, severe thunderstorms, and tropical cyclones, while effectively detecting atmospheric conditions during intense rainfall for reliable large-scale observations in the province.
DOST Secretary Renato U. Solidum Jr. highlighted the facility's potential as a safeguard against meteorological hazards. He stated, “It is the combination of technology, skilled scientists, proactive leaders, and a well-informed public that truly builds resilience. This is why we in the Department of Science and Technology continue to invest in modernizing PAGASA’s equipment, enhancing forecasting capabilities, and bringing science closer to communities.”
In addition, the groundbreaking for a new PAGASA Synoptic Station occurred at the Iloilo International Airport. Once operational, this station will provide continuous observations of temperature, rainfall, wind, and air pressure, contributing to daily weather forecasts, long-term climate records, research, disaster preparedness, and climate adaptation strategies. It will also support aviation operations.
PAGASA Administrator Dr. Nathaniel T. Servando emphasized its importance, saying, “These may appear to be simple measurements, but they form the very foundation of every forecast we issue. Without accurate observations, there can be no reliable forecasts, and without reliable forecasts, effective preparedness becomes a challenge.”
DOST-PAGASA handles meteorological activities including weather forecasts, flood warnings, typhoon updates, and astronomical data to promote public safety.
