Americans, face the growing impact of extreme weather events, but a crucial resource for anticipating the toll of these disasters has been restored. After being defunded by the Trump Administration, the Billion-Dollar Weather and Climate Disasters tracker is back online, courtesy of Climate Central, a nonprofit organization. The database, which had been a valuable tool for numerous industries and officials in disaster response planning, tracks catastrophic weather events from 1980 onwards. Its revival was led by Adam Smith, the former NOAA scientist who developed the original dataset.
As the frequency of such calamitous events steadily increases, this dataset is vital to not only understanding, but also to bravely plan to mitigate future risks. "This dataset was simply too important to stop being updated, and the demand for its revival came from every sector of society," Adam Smith told AFP, according to Fox 26.
Data retrieved from this revived tracker illustrates a grave picture, with the United States experiencing record financial losses of $101 billion in the first half of 2025 due to weather calamities. These numbers underscore the escalating economic burden that communities across the nation face. Arizona, among other states, benefits from such data as local meteorologist Justin Hobbs of ABC15 advocates for its crucial role. Hobbs highlighted how this information can help communities circumvent high-danger zones, construct sturdier houses, and ultimately keep costs from spiraling out of control as they grapple with more frequent and costly weather-related disasters.
After NOAA faced budget cuts earlier this year and temporarily stopped updating its billion-dollar weather and climate disaster dataset, Climate Central has restored the resource. The tracker provides data used by first responders, city planners, insurance companies, and the public to make informed decisions regarding weather- and climate-related events. The restored dataset aims to support planning and response amid increasingly unpredictable weather patterns.
