Hurricane Irma Satellite Imagery

Hurricane irma began showing its convective appearance on satellite imagery the 26 27th of august 2017 as it moved into the eastern atlantic waters.

Hurricane irma satellite imagery.

Central pacific hurricane center 2525 correa rd suite 250 honolulu hi 96822 w hfo webmaster noaa gov. To view imagery from the operational goes east goes 16 and goes west goes 17 satellites. Launch web map in new window this tracker shows the current view from our goes east and goes west satellites. In addition it will be used for ongoing research efforts for testing and developing standards for airborne digital imagery.

The tracker also allows users to go back in time and view and interact with the satellite imagery from the past hurricanes this year. Hurricane irma became the strongest atlantic hurricane since 2005 s wilma on tuesday morning when maximum sustained winds increased to 185 mph. Given irma s extreme intensity satellite imagery is. Noaa released aerial imagery that reveals the extent of the damage that hurricane irma unleashed along the coast of florida.

The office of satellite and product operations ospo is part of the national environmental satellite data and information service nesdis. During the morning of august 30th irma was classified as a tropical storm with maximum sustained winds of 50 mph moving westward at 13 mph about 400 miles to the east of the cabo verde islands. A hurricane track will only appear if there is an active storm in the atlantic or eastern pacific regions. About this imagery was acquired by the noaa remote sensing division to support noaa homeland security and emergency response requirements.

Irma was the first category 5 hurricane to strike the leeward islands on record followed by maria two weeks later. At the time it was considered as the most powerful hurricane on record in the open atlantic region outside of the caribbean sea and gulf of mexico. A team of noaa aviators have been taking aerial imagery of locations affected by hurricane irma the images are a crucial tool in determining the extent of the damage inflicted by storms and flooding.