The joint hurricane warning center said at the last time at the end of Monday time consultative.
The tropical hurricane had preserved wind speeds of 75 miles per hour, making it a Hurricane 1 if it was in the Atlantic Ocean.
At all times on the map is eastern. From the New York Times
How does the storm look from the top?
Satellite images can help determine the strength, size and cohesion of the storm. The stronger the storm becomes, the greater the possibility of forming the eye in the middle. When the eye looks like, this often means that the storm does not face anything to weaken it.
Only about a quarter of the tropical hurricanes of the Earth in the southern hemisphere. When these storms are exposed to 74 miles per hour or more, hurricanes will be named in the Atlantic Ocean, but here, hurricanes are called. The only difference is that in the southern hemisphere, hurricanes revolve in the direction of the clock (hurricanes revolve against the clockwise direction).
Hurricanes can strike East Africa, especially Madagascar, as well as the western, northern and eastern coasts of Australia and the surrounding island.
The season continues here for the rest of the world, usually begins in late October and continues until May. The peaks in the activity differ depending on the region, but the highest activity is usually in late February and early March.
Sources and notes
Track map Track data from the National Hurricane Center. The map shows at least 5 percent. Expectations for up to five days, with the start of that time period three hours before the amount reported that the storm reaches the latest. North wind speed will not be available from 60.25 degrees north.
Wind arrival table Access times are created from the New York Times analysis of the National Hurricane Center data. Geographical sites use data from the American Statistical Office and the Natural Earth. Time areas depend on Google. The table shows expected access time for sustainable and destructive winds with an area of 58 miles per hour or more for the selected cities with an opportunity to reach these winds. If the destroyed wind reaches a site, there is no more than 10 percent chance of arrival before a “reasonable time” time and 50 percent of their arrival before time “probably”.
Radar Radar photos from the National Oceanic and Air Force Administration through Iowa State University. This mosaic is created by combining individual radar stations that include Nexrad.
Map of the storm increase Storm increase data is from the National Hurricane Center. The expectations only include the American and Atlantic Gulf coasts, Puerto Rico and the American Virgin Islands. The actual areas that the floods can overwhelm may differ from the areas shown on this map. This map represents the tide, but not the waves and not the flood caused by rain. The map also includes areas, which routinely immerses during the typical tidal tide.
Satellite map Pictures from the National Oceanic and Air Force Administration and the Japanese Meteorological Agency via the Cooperative Institute for the Air Research.
Fall Map Multiple forecast data or the aesthetics of the arranged rainfall is from the national weather service. Expectations for one day from the National Oceanic and Atmospheric Administration.
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