The Philippine Climate And Weather

Philippines  photo
Photo by archangel_raphael

The weather in the Philippines is regarded by exceedingly rising temperatures that can be proven by the fact that even throughout the coolest months of the year the temperatures do not drop below 25 ° C. An added main factor that influences weather in the Philippines is a higher level of humidity which is interconnected with the high temperatures. The natural annual humidity of the Philippines remains in the 71% to 85% range.

During the months of March to May, temperatures and humidity in the Philippines reach its maximum thereby creating weather that could be terrifically unendurable. An additional essential cause that affects the climate of Philippines is typhoons. In reality, a lot of Philippine humidity and rainfall is due to these typhoons.

Rainfall – A significant Element

Rainfall is an extremely important factor in conditioning the Philippine Weather and Climate. The degree of rainfall differs from place to place subject to the direction of the moisture-bearing winds and the specific location of the mountain range. The yearly rainfall experienced by the Philippines is about around 4,064 millimetres. Some places receive heavy rain such as Baguio Town and Surigao, whilst rainfall is truly lower in locations such as General Santos Town. In truth it is the level of the rain received by a particular location that determines its climate.

Seasons in Philippines

Wet Season – May to October
Dry Period – November to April

You will find two unique kinds of seasons in Philippines – Rainy Season and the Dry Period. Philippine Weather and Climate revolves according to the seasonal variations.

Philippine Typhoons

The Philippine Typhoon, or bagyo in Tagalog, are just spoiling for a fight from July to October. The wreckage they make annually is crushing on an emotional and economic level.

These tropical storms in the Philippines come in from the Western Pacific Ocean and only hit the eastern shoreline of the Philippine Islands in the majority of cases. The storm winds can produce speeds of above 130 km/hour, with the actual storm moving at a speed across the water and coastal lowlands close to 25km/hour. This means you can visualize the damage they might generate in rural communities just where housing is created from local trees.


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