Typhoon Soudelor dropped over two feet of rainfall when it made landfall in China in early August, and soaked Taiwan. NASA estimated that rainfall using data from the Global Precipitation Measurement ...

The estimation and analysis of precipitation are crucial for understanding water resource availability, managing flood risk, and improving climate models. Recent advances integrate diverse observation ...

The way the federal government analyzes intense rain events isn’t keeping up with the reality of climate change, and that has serious implications for infrastructure projects and the availability of, ...

AccuWeather data analysis shows that the rate of intense rainfall has increased over the last couple decades leading to increased potential of extreme flooding in areas prone to high rain events.

A critical federal analysis of extreme rainfall is vastly underestimating the chances of flood events, with grave implications for everything from new roads and bridges to the rising cost of flood ...

The past century of human-induced warming has increased rainfall variability over 75% of the Earth's land area—particularly over Australia, Europe and eastern North America, new research shows. The ...

Climate change is supercharging the water cycle, leading to heavier rainfall extremes in many parts of the U.S. Heavy rains contribute to the risk of flooding—which can cause illness, injury and death ...

Hurricane Helene crossed the Gulf of Mexico at a time when sea surface temperatures were at record highs and then barreled into a region where heavy rains had left the ground saturated. The result was ...

A NASA rainfall analysis estimated the amount of rainfall generated by Hurricane Matthew when it moved over the Carolinas. Hurricane Matthew dropped a lot of rain, caused flooding and deaths in the ...

A multi-day deluge of rainfall across the South created dangerous and life-threatening flooding in parts of Texas, Louisiana and Mississippi this week. More than a month’s worth of rain fell in ...

As temperatures rise, the air develops an “extra thirst” for water from soil, rivers, lakes, and plants. This AED is the key driver of drought ...