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Climate map of the Philippines based on the Modified Coronas' Climate Classification, based on the type of rainfall distribution during the 1951–2010 period. PAGASA monitors daily rainfall and temperature data together with monthly observation of standard precipitation index, soil moisture, runoff and vegetation. [18]
Since 1963, the Philippine Atmospheric, Geophysical and Astronomical Services Administration (PAGASA) has assigned local names to a tropical cyclone should it move into or form as a tropical depression in their area of responsibility located between 135°E and 115°E and between 5°N-25°N, even if the cyclone has had an international name assigned to it.
The Philippines is a Typhoon (Tropical Cyclone)-prone country, with approximately 20 Tropical Cyclones entering its area of responsibility per year. Locally known generally as bagyo (), [3] typhoons regularly form in the Philippine Sea and less regularly, in the South China Sea, with the months of June to September being the most active, August being the month with the most activity.
The storm's rainfall also prompted PAGASA to declare the start of the 2020 Philippine rainy season on June 12. [33] Typhoon Goni (Rolly) at peak intensity near Catanduanes on November 1, 2020. July 13–14, 2020: Tropical Depression Carina brought heavy rainfall which led to Tropical Cyclone Signal No. 1 being raised over the Babuyan Islands ...
Monsoons are large-scale sea breezes which occur when the temperature on land is significantly warmer or cooler than the temperature of the ocean. Most summer monsoons or southwest monsoons (Filipino: Habagat) have a dominant westerly component and a strong tendency to ascend and produce copious amounts of rain (because of the condensation of water vapor in the rising air).
Yinxing generated 242.6 mm (9.55 in) of rain in Cagayan over a 24-hour period, and power outages occurred in both Cagayan and Apayao. Overall, Yinxing was responsible for one person reported dead, another injured, and one more reported missing, causing approximately US $9.63 million in damages.
The initial version of Global Historical Climatology Network was developed in the summer of 1992. [3] This first version, known as Version 1 was a collaboration between research stations and data sets alike to the World Weather Records program and the World Monthly Surface Station Climatology from the National Center for Atmospheric Research. [4]
The green-shaded part of the map receives year-round rainfall. The cause of the flooding had been blamed on a tail end of a "cold front". While the eastern part of the country experiences rain at this time of the year, the rains were particularly heavy, and were expected to be twice the regular amount. [5]