Light damage (65-85 mph)
Explore comprehensive data on all recorded EF0 tornadoes from 1950 to present. Filter by year, scale type, location, and more.
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5,000 recorded tornadoes from 1954 to 2024
5,000 recorded tornadoes from 1954 to 2024
Wind Speeds: 65-85 mph (Enhanced Fujita) / 40-72 mph (Original Fujita)
Damage Characteristics: EF0 tornadoes represent the most common tornado intensity, accounting for approximately 53% of all reported tornadoes. Despite being the weakest category, they can still cause significant property damage and pose safety risks.
Typical Damage: Light damage including broken branches, damaged chimneys and signage, shallow-rooted trees knocked over, minor roof damage (shingles peeled off), broken windows from flying debris, and damage to mobile home tie-downs.
Safety Note: While categorized as "light damage," EF0 tornadoes can still injure people, especially from flying debris. Always take tornado warnings seriously regardless of predicted intensity.
5,000 tornadoes match your filters (100% of total EF0 records).
Monthly breakdown shows seasonality patterns and when EF0 tornadoes are most likely to occur.
Yearly trends show how EF0 tornado frequency has changed over time, revealing patterns and potential climate influences.
Note: The apparent increase in weaker tornadoes over time is partly due to improved detection and reporting systems, not just climate factors.
Geographic distribution shows which states are most affected by EF0 tornadoes, highlighting tornado-prone regions.
Distribution across decades shows long-term patterns and historical trends in EF0 tornado occurrences.
The increase in recorded tornadoes since the 1950s reflects both improved detection technology and possibly climate factors. Weaker tornadoes were often missed in early decades before modern radar and storm spotter networks.
Shows how far EF0 tornadoes typically travel, providing insights into their duration and geographic impact.
Shows the human impact of EF0 tornadoes, revealing what percentage caused fatalities and in what numbers.
Note: This chart uses a logarithmic scale to better show the distribution of fatalities, as most tornadoes cause zero deaths. Although most weak tornadoes don't cause fatalities, they can still be deadly when hitting vulnerable structures or populations.
Date/Time | State | County | Deaths | Injuries | Path Length | Damage | Details |
---|---|---|---|---|---|---|---|
Nov 5, 2024 | IOWA | DAVIS | 0 | 0 | 0.32 miles | $120.00 thousand | |
Oct 9, 2024 | FLORIDA | MARTIN | 0 | 0 | 3.95 miles | $100.00 thousand | |
Oct 9, 2024 | FLORIDA | INDIAN RIVER | 0 | 0 | 2.92 miles | $100.00 thousand | |
Oct 9, 2024 | FLORIDA | INDIAN RIVER | 0 | 0 | 0.92 miles | $25.00 thousand | |
Oct 9, 2024 | FLORIDA | INDIAN RIVER | 0 | 0 | 3.82 miles | N/A | |
Oct 9, 2024 | FLORIDA | HIGHLANDS | 0 | 0 | 0.57 miles | $50.00 thousand | |
Oct 9, 2024 | FLORIDA | HENDRY | 0 | 0 | 1.28 miles | $1.00 thousand | |
Oct 9, 2024 | FLORIDA | ST LUCIE | 0 | 0 | 12.37 miles | $750.00 thousand | |
Oct 9, 2024 | FLORIDA | MARTIN | 0 | 0 | 5.57 miles | $100.00 thousand | |
Oct 9, 2024 | FLORIDA | CHARLOTTE | 0 | 0 | 0.09 miles | $5.00 thousand |
Reliable tornado data sourced from official organizations: