Japan has experienced large rainfall that caused flooding and large evacuations as a result of two weather systems. NASA's GPM Core satellite measured rainfall as NASA's RapidScat saw Etau and Typhoon Kilo on either side ...
NASA's Aqua satellite captured a "baby picture" of the eighth tropical depression of the Atlantic Ocean Hurricane Season.
The strongest winds in Tropical Storm Jimena were on its northern side when NASA's RapidScat instrument measured the storm's surface winds. The following day, NOAA's GOES-West satellite saw the strongest thunderstorms east ...
Hurricane Linda is rapidly weakening after reaching major hurricane status in the Eastern Pacific Ocean. When NASA's RapidScat observed Linda, data showed those hurricane-force winds extended about 30 miles from the center.
NASA's GPM core satellite passed over Tropical Storm Etau as it moved across central Japan, dropping heavy rain. By September 9, Etau had weakened and moved over the Sea of Japan where it is expected to dissipate.
Strong vertical wind shear has been affecting Tropical Storm Jimena in the Central Pacific and pushing the clouds and storms west of the center, as seen in infrared imagery from NASA's Aqua satellite.
Upper-level westerly winds have been affecting Tropical Storm Fred in the far eastern Atlantic Ocean and continue to do so today, September 3. Infrared imagery from NASA's Aqua satellite showed the highest thunderstorms pushed ...
NASA's RapidScat instrument observed tropical storm-force winds in the Eastern Pacific Ocean's Tropical Depression 14E or TD14E that helped forecasters see it was strengthening.
When NASA's Terra satellite passed over Tropical Storm Ignacio on Sept. 1 it gathered cloud and wind data on the weakening storm.
Tropical Depression 14E can't get its act together and still appears as a shapeless, asymmetric mass of clouds and thunderstorms on infrared imagery from NASA's Aqua satellite.