Storm hazard · NOAA Storm Events Database
Strong Wind in the United States
National statistics for strong wind events from the NOAA Storm Events Database (2015-2025): how often they occur, where they hit hardest, and the human and property toll.
- 11,975
- Events recorded
- 170
- Fatalities
- $577.1M
- Property damage
- 54
- States affected
The verdict
Strong Wind occupies a similar band in NOAA's frequency and loss tables: #15 of 54 by event count and #15 by combined damage. It contributes 1.7% of recorded events and 0.2% of listed losses for 2015-2025.
- #15 of 54
- NOAA hazard types, by event count
- 1.7%
- share of all NOAA storm events, 2015-2025
- 11,975
- strong wind events, 54 states affected
Ranking reflects NOAA Storm Events Database event counts, not fatalities, injuries, or damage severity; a rare hazard type can still be individually catastrophic.
How dangerous are Strong Wind events in the U.S.?
Human impact is a defining part of this hazard's NOAA record. Across 11,975 events, the database lists 170 fatalities and 241 injuries. PlainHazard places hazard types with at least 100 recorded fatalities in its very-high human-toll band. That is a descriptive grouping of this 2015-2025 catalog, not an official NOAA risk grade and not a statement about the severity of every individual event.
This hazard is recorded far more often than it proves fatal. Among the 44 hazard types with at least 100 recorded events it ranks #15 by frequency but only #22 by fatalities per event, at 14.2 deaths per 1,000 recorded events. Recorded damage averages $48.5K per event, so its cumulative toll is driven mainly by how routinely it occurs rather than by the severity of any one event.
The year-to-year record shows real volatility around a high baseline. The peak year on record was 2019, logging 1,590 events and $13.1M in property damage in a single calendar year. The most recent year in the dataset is 2025 with 1,116 events recorded. Across the full 11-year window, annual event counts reflect seasonal climate cycles (ENSO phases, active vs. quiet severe-weather years) and long-term shifts tied to a warming climate both help explain the swings.
Frequency and financial loss occupy a similar place in the NOAA catalog for this hazard. Its #15 event-count rank sits within four positions of its #15 combined-damage rank; the listed losses account for 0.2% of the catalog total. Human impact is a separate comparison: the hazard ranks #15 for fatalities and contributes 1.6% of recorded deaths.
Geographic exposure is heavily concentrated in a handful of high-severity states. The three states absorbing the largest share of events are California (1,399 events, 39 fatalities), New York (1,399 events, 2 fatalities), Massachusetts (1,019 events, 4 fatalities), reflecting both physical geography (coastal exposure, plains corridors, terrain) and dense population sitting directly in harm's way. At the other end, states such as New Hampshire, Oklahoma, District of Columbia report far fewer events, a genuinely rare event outside the leading states, not merely an underreported one.
NOAA entries are reports filed by local National Weather Service offices. Counts therefore reflect both observed weather and reporting practice; they do not measure unreported events, household exposure, or the probability of a future event at one address.
Strong Wind by State
Download all 456 state-year rows as CSV . Source data is public domain; our derived presentation is CC0.
Recorded events cluster meaningfully: the five most-affected states account for 48% of the 11,975 events on record.
| # | State | Events | Fatalities | Property Damage |
|---|---|---|---|---|
| 1 | California CA | 1,399 | 39 | $15.5M |
| 2 | New York NY | 1,399 | 2 | $9.2M |
| 3 | Massachusetts MA | 1,019 | 4 | $3.2M |
| 4 | Kentucky KY | 1,017 | 2 | $2.4M |
| 5 | Illinois IL | 875 | 6 | $1.2M |
| 6 | Missouri MO | 618 | 2 | $750.0K |
| 7 | West Virginia WV | 570 | 2 | $5.2M |
| 8 | South Carolina SC | 395 | 4 | $711.8K |
| 9 | Vermont VT | 352 | 0 | $5.7M |
| 10 | Indiana IN | 301 | 4 | $414.0K |
| 11 | North Carolina NC | 284 | 9 | $35.3M |
| 12 | Mississippi MS | 268 | 5 | $3.3M |
| 13 | South Dakota SD | 245 | 1 | $15.0K |
| 14 | Tennessee TN | 237 | 3 | $2.3M |
| 15 | Pennsylvania PA | 218 | 6 | $1.5M |
| 16 | Alabama AL | 204 | 11 | $23.3M |
| 17 | Wisconsin WI | 196 | 4 | $809.9K |
| 18 | New Jersey NJ | 182 | 1 | $22.5M |
| 19 | Ohio OH | 182 | 0 | $1.4M |
| 20 | Virginia VA | 175 | 2 | $2.0M |
| 21 | Rhode Island RI | 144 | 1 | $489.8K |
| 22 | Connecticut CT | 142 | 1 | $2.3M |
| 23 | Hawaii HI | 127 | 0 | $555.8K |
| 24 | Georgia GA | 126 | 6 | $2.3M |
| 25 | Minnesota MN | 123 | 4 | $1.1M |
| 26 | Iowa IA | 116 | 0 | $41.9K |
| 27 | Texas TX | 115 | 3 | $411.2K |
| 28 | Washington WA | 112 | 10 | $14.9M |
| 29 | Kansas KS | 73 | 0 | $31.6K |
| 30 | Montana MT | 66 | 2 | $2.2M |
| 31 | Oregon OR | 60 | 5 | $406.7M |
| 32 | Florida FL | 59 | 2 | $1.3M |
| 33 | Idaho ID | 58 | 2 | $380.6K |
| 34 | Arizona AZ | 54 | 3 | $327.8K |
| 35 | Arkansas AR | 53 | 1 | $483.0K |
| 36 | Michigan MI | 53 | 0 | $196.5K |
| 37 | Nevada NV | 52 | 4 | $602.4K |
| 38 | Louisiana LA | 40 | 3 | $241.2K |
| 39 | Delaware DE | 36 | 0 | $53.5K |
| 40 | Colorado CO | 35 | 1 | $232.0K |
| 41 | Maryland MD | 31 | 1 | $54.6K |
| 42 | American Samoa AS | 26 | 0 | $138.0K |
| 43 | New Mexico NM | 26 | 4 | $343.0K |
| 44 | Utah UT | 23 | 6 | $67.0K |
| 45 | Nebraska NE | 21 | 0 | $23.0K |
| 46 | North Dakota ND | 18 | 0 | $0 |
| 47 | Puerto Rico PR | 14 | 0 | $54.1K |
| 48 | Maine ME | 12 | 1 | $0 |
| 49 | Alaska AK | 9 | 0 | $1.4M |
| 50 | Wyoming WY | 4 | 2 | $50.0K |
| 51 | Guam GU | 4 | 0 | $3.5M |
| 52 | New Hampshire NH | 3 | 1 | $23.0K |
| 53 | Oklahoma OK | 3 | 0 | $0 |
| 54 | District of Columbia DC | 1 | 0 | $3.0K |
Strong Wind by Year
Recorded strong wind events averaged 1,065 per year across 2015-2019 versus 1,108 per year across 2020-2025: a 4% higher recorded rate in the later window. Reporting intensity varies by forecast office, so window-to-window comparisons describe the record, not a verified physical trend.
| Year | Events | Fatalities | Property Damage |
|---|---|---|---|
| 2025 | 1,116 | 11 | $2.7M |
| 2024 | 1,311 | 22 | $4.9M |
| 2023 | 1,101 | 24 | $5.6M |
| 2022 | 1,066 | 13 | $27.7M |
| 2021 | 863 | 10 | $5.9M |
| 2020 | 1,193 | 13 | $446.5M |
| 2019 | 1,590 | 18 | $13.1M |
| 2018 | 1,025 | 14 | $7.5M |
| 2017 | 1,096 | 15 | $13.6M |
| 2016 | 902 | 15 | $19.5M |
| 2015 | 712 | 15 | $30.1M |
Counties with the highest modeled strong wind risk
The state table above is NOAA's record of what has already happened. FEMA's National Risk Index asks a different question: where the expected annual loss from strong wind is highest, county by county, modelling exposure and vulnerability rather than counting past events. Every county below carries FEMA's "Very High" rating for this hazard. These are modeled estimates, not forecasts, and a county absent from this list is not a county without risk.
What this record shows for Strong Wind
Strong Wind ranks #15 of 54 NOAA hazard types by event count; California leads the geography table with 1,399 events, and 2019 is the peak year at 1,590 events.
- California carries the largest share of recorded strong wind events in this catalog. California profile
- Compare how often this hazard appears against other NOAA event types nationally. All hazards
- Strong Wind events concentrate unevenly - the five most-affected states already account for a large share of the national strong wind record in this extract. Hazard risk by region
NOAA Storm Events counts reflect filed reports, not a forecast or household-level probability. For current threats follow the National Weather Service and local officials; in an emergency call 911.
Further reading for Strong Wind
Hazard risk by region
Strong Wind events concentrate unevenly - the five most-affected states already account for a large share of the national strong wind record in this extract.
More PlainHazard guides
- Preparing for natural disasters - household checklist (not hazard-specific advice).
- Hazard risk by region - how exposure varies across U.S. regions.
- Climate change and disasters - national severity and frequency context.
Frequently Asked Questions
Which states record the most strong wind events?
How much damage do strong wind events cause?
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Which states have the fewest strong wind events?
Source: NOAA NCEI Storm Events Database (2015-2025) For informational purposes only
Read our methodology - how this data is sourced, computed, and verified.
Related
Every figure on PlainHazard is rendered directly from FEMA federal disaster data, no number is typed in by an editor. See our editorial standards & corrections policy, the methodology behind these numbers, or national statistics report, the data & editorial changelog, or report a data error.