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Hurricane Irma: Visual guide | Hurricane Irma: Visual guide |
(35 minutes later) | |
The most powerful Atlantic storm in a decade has caused widespread destruction across the Caribbean and left at least nine people dead. | The most powerful Atlantic storm in a decade has caused widespread destruction across the Caribbean and left at least nine people dead. |
Hurricane Irma has left the small island of Barbuda "barely habitable" and St Martin almost destroyed. | Hurricane Irma has left the small island of Barbuda "barely habitable" and St Martin almost destroyed. |
The category five hurricane, the highest possible level, is packing winds of up to 295km/h (185mph). | The category five hurricane, the highest possible level, is packing winds of up to 295km/h (185mph). |
Irma is accompanied by two more storms that have strengthened to become hurricanes - one ahead of it and one behind. | Irma is accompanied by two more storms that have strengthened to become hurricanes - one ahead of it and one behind. |
Irma grew in strength over a few days | |
The remnants of Hurricane Harvey, which hit in late August, could still be seen by satellite when Irma made its way across the Atlantic towards the Caribbean. | |
Irma and remnants of Hurricane Harvey, 2 September | |
Irma was just a category two storm seen here on 2 September, but soon became category three. | |
Irma, 4 September | |
By 4 September, the storm was creating winds of near 115mph (185 km/h), and was moving westwards at about 14mph (22 km/h). | |
Irma, 6 September | |
Between 2 and 5 September Irma strengthened from a category three to a category five storm, the highest possible level. | |
By 6 September, the hurricane was bearing down on the Caribbean, battering many island communities. | |
Irma's clouds are very, very cold | Irma's clouds are very, very cold |
Infrared data from the Nasa-National Oceanic and Atmospheric Administration's Suomi NPP satellite on 4 September revealed very cold, very high, powerful thunderstorms on Irma's western side. | Infrared data from the Nasa-National Oceanic and Atmospheric Administration's Suomi NPP satellite on 4 September revealed very cold, very high, powerful thunderstorms on Irma's western side. |
Storms with cloud tops reaching very low temperatures have the capability to generate "very heavy rainfall", according to Nasa. | Storms with cloud tops reaching very low temperatures have the capability to generate "very heavy rainfall", according to Nasa. |
Infrared image of Irma, 4 September 04:32 local time (16:32 GMT) | Infrared image of Irma, 4 September 04:32 local time (16:32 GMT) |
Cloud-top temperatures at the centre of the storm were near minus 83.5C (minus 117.7F), Nasa said. | Cloud-top temperatures at the centre of the storm were near minus 83.5C (minus 117.7F), Nasa said. |
Irma is generating a lot of rain | Irma is generating a lot of rain |
The eye of the storm is about 35 miles across and is generating "extreme rainfall". | The eye of the storm is about 35 miles across and is generating "extreme rainfall". |
Nasa rainfall analysis of Irma's eye, 5 September | Nasa rainfall analysis of Irma's eye, 5 September |
Nasa's rainfall analysis showed rain falling at a rate of more than 274mm (10.8in) per hour on 5 September in the solid ring of storms within Irma's eye. | Nasa's rainfall analysis showed rain falling at a rate of more than 274mm (10.8in) per hour on 5 September in the solid ring of storms within Irma's eye. |
The powerful storms rotating around the eye were really tall, reaching altitudes greater than 12.5km (7.75 miles). | The powerful storms rotating around the eye were really tall, reaching altitudes greater than 12.5km (7.75 miles). |
But the tallest thunderstorms were found south west of Irma's eye, reaching heights of more than 16.2km (10 miles), Nasa said. | But the tallest thunderstorms were found south west of Irma's eye, reaching heights of more than 16.2km (10 miles), Nasa said. |
Irma will hit many places | Irma will hit many places |
Hurricane Irma is expected to hit many of the Caribbean's islands before reaching the US on Saturday. | Hurricane Irma is expected to hit many of the Caribbean's islands before reaching the US on Saturday. |
Islands already hit: | Islands already hit: |
Islands at risk: | Islands at risk: |
Storm Jose has formed further out in the Atlantic behind Irma, and has been upgraded to hurricane status. | Storm Jose has formed further out in the Atlantic behind Irma, and has been upgraded to hurricane status. |
And storm Katia, in the Gulf of Mexico, has also been upgraded. A warning was in effect for the coast of the Mexican state of Veracruz. | And storm Katia, in the Gulf of Mexico, has also been upgraded. A warning was in effect for the coast of the Mexican state of Veracruz. |
The impact could be 'catastrophic' | The impact could be 'catastrophic' |
Officials have warned Hurricane Irma could have "potentially catastrophic" effects. | Officials have warned Hurricane Irma could have "potentially catastrophic" effects. |
The National Hurricane Center says Irma will bring "life-threatening" winds, storm surges and rainfall. | The National Hurricane Center says Irma will bring "life-threatening" winds, storm surges and rainfall. |
The National Hurricane Center has issued warnings about possible storm surges raising water levels from between 30-90cm (3-5ft) in northern Haiti and the northern Dominican Republic to between 4.5-6m (15-20ft) in the south-eastern Bahamas and Turks and Caicos Islands. | The National Hurricane Center has issued warnings about possible storm surges raising water levels from between 30-90cm (3-5ft) in northern Haiti and the northern Dominican Republic to between 4.5-6m (15-20ft) in the south-eastern Bahamas and Turks and Caicos Islands. |
Storm surges are caused by the winds swirling around a hurricane pushing the water towards the shore. | Storm surges are caused by the winds swirling around a hurricane pushing the water towards the shore. |
This advancing surge, when combined with a high tide, can lead to widespread flooding in coastal and low-lying areas. | This advancing surge, when combined with a high tide, can lead to widespread flooding in coastal and low-lying areas. |