Typhoon Haiyan heading for the Philippines

Typhoon Haiyan is set to make landfall over the central Philippines on Friday bringing extremely strong winds and heavy rain to the region.

Typhoon Haiyan approaching the Philippines 6 November 2013

Typhoon Haiyan approaching the Philippines 6 November 2013. Image from US Naval Research Laboratory.

Typhoon Haiyan is the 11th typhoon to form in the west Pacific during an exceptionally active period in the last seven weeks. China, the Philippines, Vietnam, Japan and South Korea have all been struck by Haiyan’s predecessors. Furthermore, Cyclone Phailin, which developed in the Bay of Bengal, struck north-eastern India in October bringing damaging winds and storm surge. Accurate forecasts, combined with well executed warning and evacuation procedures, meant that the loss of life was relatively low.

It is almost a year since the devastating Typhoon Bopha hit the southern Philippine island of Mindanao causing much destruction and the loss of over 1,000 lives. Haiyan is a similar strength to Typhoon Bopha with winds near 160 mph – equivalent to a category 5 hurricane. Heavy rain, storm surge and mudslides will be an additional hazard as the typhoon makes landfall over the Philippine islands of Samar and Leyte on Friday.

Forecast track of Typhoon Haiyan from the Japan Meteorological Agency

Forecast track of Typhoon Haiyan from the Japan Meteorological Agency

Regional warnings for Typhoon Haiyan are produced by the Japanese Meteological Agency (JMA) and the Philippine Atmospheric Geophysical and Astronomical Services Administration (PAGASA). The Met Office routinely supplies predictions of typhoon tracks from its global forecast model to regional meteorological centres worldwide, which are used along with guidance from other models in the production of forecasts and guidance.

Met Office StormTracker provides a mapped picture of tropical cyclones around the globe with access to track history and six-day forecast tracks for current tropical cyclones from the Met Office Unified Model and latest observed cloud cover and sea surface temperature. We also provide updates on current tropical storms via @metofficestorms on Twitter.


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