Hurricane Joaquin continued to intensify in the Bahamas on October 1 and NASA and NOAA satellites have been providing valuable data on the storm. NASA's GPM and Terra satellites and NOAA's GOES-East satellite provided rainfall, ...
The Global Precipitation Measurement or GPM Core satellite and NASA's Aqua satellite passed over Hurricane Joaquin and looked at rainfall, cloud height and extent, revealing heavy rainfall and a more organized system than ...
ESA's SMOS and two other satellites are together providing insight into how surface winds evolve under tropical storm clouds in the Pacific Ocean. This new information could to help predict extreme weather at sea.
Post-Tropical Cyclone Niala faded under a hostile atmospheric environment and an infrared satellite image shows the torn-apart storm's remnants southwest of Hawaii.
The RapidScat instrument saw the strongest winds in the Central Pacific Ocean's Tropical Storm Niala were on the northwestern side, facing the Big Island of Hawaii while the rest of the storm was below tropical-storm strength.
NASA's Aqua satellite saw wind shear was affecting newborn Tropical Storm Niala as it continued moving through the Central Atlantic Ocean.
Tropical Storm Malia is on a northwesterly track and continued to move away from the Hawaiian Islands on Sept. 22 as NOAA's GOES-West satellite captured an image of the storm.
The Global Precipitation Measurement or GPM mission satellite looked at Tropical Storm Ida in the Central Atlantic and identified the areas of heaviest rainfall.
NOAA's GOES-East satellite captured an infrared image of the remnants of what was Tropical Storm Jimena as it continued moving past the northern Hawaiian Islands on September 10.
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.