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  1. PAGASA. Daily Weather. Synopsis. Issued at 4:00 PM, 21 July 2024. SYNOPSIS: At 3:00 PM today, the center of Tropical Storm "CARINA" {GAEMI} was estimated based on all available data at 375 km East of Casiguran, Aurora (16.8°N, 125.6°E) with maximum sustained winds of 85 km/h near the center and gustiness of up to 115 km/h. It is almost stationary.

  2. www.pagasa.dost.gov.phPAGASA

    Today. H 32°C. L 26°C.

  3. Mar 23, 2022 · Public Weather Forecast issued at 4:00 PM | April 24, 2023. 22K views1 year ago. VisionPAGASA envisions itself to be the center of: Excellence in its distinctive competence in meteorology ...

  4. 18 hours ago · MANILA, Philippines — Severe Tropical Storm Carina is seen to strengthen into a typhoon by Monday night, ... (Pagasa) said. Based on the state weather agency’s 11 a.m. weather bulletin, ...

  5. 18 hours ago · PAGASA sees Carina becoming a typhoon on Monday. A typhoon, based on the weather bureau’s classification, has maximum sustained winds of 118 to 184 km/h. Rapid intensification remains likely for ...

  6. bagong.pagasa.dost.gov.ph › weather › low-high-temperaturePAGASA

    Top 10 Lowest Temperature as of July 22, 2024. Station Name. Temperature (°C) Baguio City. 17.8°C. Malaybalay, Bukidnon. 20.5°C. Abucay, Bataan.

  7. 18 hours ago · Weather service PAGASA on Monday said Tropical Cyclone Wind Signal (TCWS) No. 1 remained over parts of northern Luzon as severe tropical storm Carina (international name: Gaemi) continued to steadily intensify as it moved northwestward over the Philippine Sea. In its latest bulletin, PAGASA said areas under Signal No. 1 are:

  8. EXTREMES FOR THE 24-HOUR PERIOD ENDING AT 4:00 PM TODAY (Recorded at PAGASA Weather Station, Science Garden, Diliman, Quezon City)

  9. 4 days ago · PAGASA says on Friday afternoon, July 19, that both low pressure areas have a high likelihood of developing into a tropical cyclone within 24 hours. 1 hour ago. Disaster Fact Checks.

  10. Weather Monitoring Tool The development of Radar Quantitative Precipitation Estimation (QPE) allows for the identification and measurement of rainfall levels during a radar observation. Interference (Lin et al. 2021), sea clutter, and ground clutter were removed from the radar using a fuzzy logic quality control approach.

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