Lead: In 2025 the United States suffered approximately $115 billion in disaster losses, according to data released Jan. 8, 2026, marking the fifth year above $100 billion in the last six years. A record 21 thunderstorm systems each produced at least $1 billion in damage, while wildfires that swept Los Angeles neighborhoods in January accounted for more than half of the year’s total. Notably, no hurricane made U.S. landfall in 2025, the first such year in a decade. Climate Central compiled the tally after taking over the longstanding “billion-dollar disaster” database formerly maintained by NOAA.
Key Takeaways
- Total U.S. disaster damage in 2025 was about $115 billion, the lowest disaster total since 2019 but well above the long-term 1980–present average of $67 billion per year.
- Twenty-one separate thunderstorm events in 2025 each caused at least $1 billion in losses, a new annual record for that class of event.
- Wildfires that burned through Los Angeles neighborhoods in January were responsible for more than half of 2025’s overall disaster costs.
- There were zero hurricanes making landfall on U.S. shores in 2025, the first hurricane-free year for U.S. coasts in roughly ten years.
- Climate Central now manages the “billion-dollar disaster” database after NOAA stopped public tracking; Adam Smith, who ran NOAA’s database for 15 years, moved to Climate Central as senior climate impacts scientist.
Background
The U.S. has seen a pattern of exceptionally costly disaster years in recent seasons: five out of the last six years exceeded $100 billion in damages. Two factors underlie the rising totals: increasing frequency and intensity of extreme weather, and expanding population and property in hazard-prone areas. Historically, the National Oceanic and Atmospheric Administration maintained the widely cited dataset that tracks events costing $1 billion or more; in 2025 Climate Central assumed stewardship after the federal agency stepped back from that public role. The long-run average damage since 1980 stands near $67 billion annually, which analysts use as a baseline to judge how recent years deviate from historical norms.
Thunderstorms that spawn tornadoes, destructive hail and damaging wind have become a larger share of overall losses as development spreads into regions exposed to severe convective storms. Meanwhile, western wildfires—often fueled by dry fuels, heat, and seasonal winds—have repeatedly produced concentrated, high-cost events in urban-adjacent areas. Federal, state and private-sector exposure assessments now frequently cite both climate-driven hazard changes and land-use decisions as drivers of escalating economic losses.
Main Event
Climate Central’s dataset shows 21 billion-dollar thunderstorm events in 2025, each producing significant localized destruction through tornadoes, large hail and straight-line wind. Those events struck a range of states and metropolitan areas, compounding losses from property damage, business interruption and emergency response. In January, complex wildfires impacted Los Angeles neighborhoods; damage estimates tied to those fires exceed half of the year’s national total, concentrating loss in a single metropolitan region.
Although 2025 had no hurricanes make U.S. landfall, that absence did not prevent a high overall bill because multiple inland and western events were extremely damaging. Emergency responders and insurers reported a mix of structural losses, debris removal costs and temporary housing needs in the wildfire-affected parts of Los Angeles. Local governments faced immediate recovery costs and anticipated longer-term rebuilding expenses that will influence municipal budgets and insurance markets.
Climate Central emphasized both the physical drivers (severe convective storms, seasonal wildfire risk) and socioeconomic exposure—more people and assets located where hazards occur. Adam Smith, who led NOAA’s former database and now directs the inventory at Climate Central, noted the unusual pattern: a year without hurricane landfalls but with record thunderstorm losses and a concentrated wildfire catastrophe.
Analysis & Implications
First, the 2025 tally underscores how a small number of very costly events can dominate a year’s loss picture. With more than half the damage tied to a single wildfire complex in Los Angeles, regional events can overwhelm national averages and shape national policy debates about mitigation, land-use planning and funding for recovery. Insurers and reinsurers reassess exposure models after concentrated losses, which can translate to higher premiums and narrower coverage in the highest-risk zones.
Second, the record number of billion-dollar thunderstorm events points to changing risk profiles beyond coastal hurricane exposure. Severe convective storms produce intense localized damage over populated corridors, challenging emergency preparedness and the capacity of local response systems. Cities and counties in tornado- and hail-prone regions may face mounting fiscal pressure if development patterns continue without commensurate investments in resilient building codes and infrastructure.
Third, the transfer of the billion-dollar disaster dataset from NOAA to Climate Central raises questions about data stewardship and transparency. Continuity and methodological clarity are essential for policymakers, insurers and researchers who rely on consistent year-to-year comparisons. Climate Central’s stewardship appears intended to preserve the public record, but the institutional change highlights broader tensions over which entities maintain critical climate-impact data.
Finally, the repeated occurrence of $100+ billion years—five in six years—strengthens claims from public-health, planning and climate communities that disaster risk is both increasing and diversifying. That pattern has implications for federal disaster funding, state resilience investments and the allocation of private capital for mitigation measures like defensible-space treatments, floodplain management and community preparedness programs.
Comparison & Data
| Metric | 2025 | Long-term (since 1980) |
|---|---|---|
| Total disaster cost | $115 billion | $67 billion (annual average) |
| Number of $1B thunderstorm events | 21 | Varies annually; 2025 is a record |
| Hurricane landfalls on U.S. shores | 0 | Typically 0–3 per year; seasonally variable |
The table highlights the key numerical comparisons: 2025’s $115 billion sits well above the long-term average, even though it was the least costly disaster year since 2019. The 21 billion-dollar thunderstorm events are an outlier for that category and help explain why non-hurricane hazards are now major contributors to the national damage total. Analysts caution that single large wildfire complexes can skew annual totals, making multi-year trends the more reliable indicator of changing risk.
Reactions & Quotes
Climate researchers and data managers responded to the 2025 tally by emphasizing both hazard intensity and growing exposure.
“Not having any billion-dollar severe storms or hurricanes in the fall was a rare break—yet the year remained impactful because of record thunderstorm events and the Los Angeles fires.”
Adam Smith, senior climate impacts scientist, Climate Central (former NOAA database lead)
Climate Central framed the numbers as evidence that weather extremes and human settlement patterns jointly drive economic losses.
“The record number of costly thunderstorm systems reflects intensifying storm behavior and more assets located in harm’s way.”
Climate Central (organizational statement)
Unconfirmed
- Exact fraction of 2025 losses directly attributable to anthropogenic climate change remains subject to formal attribution studies, which are pending for many specific events.
- Details on insured vs. uninsured shares of the $115 billion total vary by jurisdiction and insurer reporting; full insurance-industry tallies are not yet publicly reconciled.
Bottom Line
The 2025 disaster bill—about $115 billion—shows how modern U.S. risk comes from multiple hazard types: concentrated wildfires in urban-adjacent areas and an unprecedented string of costly thunderstorm systems. Even without hurricanes making landfall, economic losses remained well above historical averages, signaling broad exposure and the potential for continued high-cost years.
Policy implications include pressure on federal and state mitigation funding, adaptation to evolving storm and fire risk, and a need for clearer public data stewardship to inform planning and insurance markets. For communities and policymakers the immediate priorities are transparent accounting of losses, rapid recovery support for affected residents, and accelerated investments in resilience to reduce the size of future bills.
Sources
- The New York Times — News reporting on 2025 disaster costs and Climate Central dataset (news)
- Climate Central — Nonprofit organization managing the billion-dollar disaster database (nonprofit/technical)
- NOAA — Former federal maintainer of the billion-dollar disaster database (official agency)