Extreme Weather News

#NASA 's GPM IMERG data product was used to estimate the devastating heavy rainfall that fell on China and the Philippines from #TyphoonMangkhut . This video shows storm-total and 3-hourly precipitation accumulations from 9/11/17 - 9/17/18. Learn more: https://t.co/8PzhK9pCDW pic.twitter.com/x6gf6N8VWH — NASA Precipitation (@NASARain) September 18, 2018 In the past week, Typhoon Mangkhut has affected the Philippines, mainland China, and Hong Kong, as shown in this 7-day animation of NASA's satellite-based IMERG precipitation product. The upper frame shows the storm-total accumulation starting

Over the weekend #HurricaneFlorence brought torrential rains and record flooding to the Carolinas. This GPM IMERG visualization shows storm-total accumulated rainfall on the left for 9/12/18 - 9/17/18 vs. a sequence of 3-hour accumulations on the right https://t.co/numzHJXzb2 pic.twitter.com/pzAgkVrRXl — NASA Precipitation (@NASARain) September 17, 2018 After making its way across the Atlantic, Florence, a once powerful Category 4 hurricane with maximum sustained winds reported at 140 mph by the National Hurricane Center (NHC), finally made landfall early Friday morning at around 7:15 am EDT

The GPM core observatory satellite has recently provided very useful information about super typhoon MANGKHUT in the western Pacific Ocean. A few days ago MANGHUT battered the Marianas Islands. MANGKHUT's destructive winds pounded the island of GUAM causing power outages and it's extremely heavy rainfall caused flash floods. The GPM core observatory satellite passed over super typhoon MANGKHUT on September 11, 2018 at 0407 UTC when it was west of GUAM. GPM's Microwave Imager (GMI) and Dual-Frequency Precipitation Radar (DPR) collected data showing that MANGKHUT was a large and very well

Hurricane Florence, tropical storm ISAAC and hurricane Helene are currently active in the Atlantic Ocean. Tropical storm ISAAC is the next tropical cyclone to affect the western Atlantic. It is moving westward toward the Leeward and Windward Islands. The National Hurricane Center (NHC) predicts that ISAAC will pass through the Leeward and Windward Islands and move into the Caribbean Sea over the next few days. The NHC predicts that ISAAC will weaken as it encounters moderate vertical shear and nearby dry air. The GPM core observatory satellite had an excellent view of tropical storm ISAAC on