Tallahassee Storm & Hurricane Tree-Damage Reference
A sourced reference on how storms and hurricanes affect Tallahassee and Leon County’s tree canopy: the history of major storms (Hermine 2016, Michael 2018, Idalia 2023, Helene 2024), which tree species fail most in high wind and why, local canopy statistics, and seasonal risk timing. Every figure below traces to a public source — the National Weather Service (NWS) Tallahassee office, NOAA/National Hurricane Center, UF/IFAS research, and the City of Tallahassee’s Urban Forest Master Plan — linked at the point of use.
Major Storms Affecting the Leon County Canopy
| Storm / Year | Category at closest approach | Documented impact | Source |
|---|---|---|---|
| Hurricane Hermine (Sept. 2, 2016) | Category 1, direct hit — first hurricane landfall on the Apalachee Bay coast since 1966 | Winds gusting to roughly 64 mph in Tallahassee; over 800 trees toppled; more than 700 homes damaged; about 80% of Tallahassee customers (roughly 70,000 of ~181,000 residents) lost power; NWS Tallahassee issued 13 tornado warnings during the event. | NWS Tallahassee / NHC tropical cyclone report |
| Hurricane Michael (Oct. 10, 2018) | Category 5 at landfall near Mexico Beach; battered Tallahassee for roughly 12 hours with gusts to 71 mph | 97% of Tallahassee-area customers lost power (113,237 City of Tallahassee customers); nearly 1 million cubic yards / 43,000 tons of debris collected; NWS Tallahassee issued its first-ever Extreme Wind Warning for the event. | NWS Tallahassee / NHC tropical cyclone report |
| Hurricane Idalia (Aug. 30, 2023) | Category 3 at landfall near Keaton Beach, weakening as it tracked toward the Big Bend and inland | Strong winds caused extensive tree, building, and infrastructure damage along a swath stretching west toward Tallahassee; Leon County issued a mandatory evacuation for mobile/manufactured home residents. | NHC tropical cyclone report |
| Hurricane Helene (Sept. 26–27, 2024) | Category 4 at Florida Big Bend landfall; one of the largest wind fields on record, moving at an unusually fast 24 mph forward speed | Hurricane-force gusts extended much farther inland than typical for a landfalling system; areas well north of landfall (over 100 miles) reported 90%+ power loss, with widespread tree-on-line damage across the Big Bend and into the Tallahassee area. | NWS Tallahassee Helene summary / NHC tropical cyclone report |
| May 10, 2024 severe thunderstorm tornadoes (separate event, not a hurricane) | Two EF-2 tornadoes with embedded 100+ mph straight-line winds | A swath of pine trees snapped at a uniform height across central Leon County; damage concentrated between the country club area and Indianhead Acres; total damage estimated over $184 million. | NWS Tallahassee tornado database |
Full source pages: NWS Tallahassee – Hurricane Hermine (2016), NWS Tallahassee – Hurricane Michael (2018), NHC – Hurricane Idalia Tropical Cyclone Report, NWS Tallahassee – Hurricane Helene (2024), and NWS Tallahassee – Leon County Tornado Database.
Tallahassee Storm-Risk Timeline
Which Tree Species Fail Most in High Wind — and Why
UF/IFAS has studied wind damage to the urban forest since Hurricane Andrew in 1992, surveying more than 150 urban tree species across multiple hurricanes (including Erin and Opal in the Florida Panhandle) to rank comparative wind resistance.
| Wind-resistance tier | Representative species | Biomechanical reason |
|---|---|---|
| High resistance | Live oak, sand live oak, southern magnolia, sabal palm | Deep, wide-spreading root plates; dense wood; flexible trunks (palms) or short, stout branch structure that sheds wind load without snapping. |
| Moderate resistance | Sweetgum | Wind-firmness tied to strong underground connections and short, stout branches; leaves detach from slender petioles in high wind, shedding load before limbs fail. |
| Low resistance | Sand pine, laurel oak, water oak, Carolina laurelcherry | Shallower or more restricted root systems and comparatively brittle wood; sand pine specifically showed only 58–61% of trees left standing after Hurricanes Erin and Opal in UF/IFAS field surveys. |
Beyond species alone, UF/IFAS identifies soil depth, lack of soil compaction, a deep water table, and adequate rooting space as the environmental factors that most improve root anchorage and overall wind firmness — meaning two trees of the same species can have very different failure risk depending on how much usable root zone they were given at planting.
Sources: UF/IFAS FOR118/FR173 – Wind and Trees: Lessons Learned from Hurricanes; UF/IFAS CIR1183/FR010 – Wind and Trees: Surveys of Tree Damage after Hurricanes Erin and Opal; UF/IFAS FR174 – Selecting Coastal Plain Species for Wind Resistance.
Tallahassee’s Urban Canopy, By the Numbers
| Metric | Figure |
|---|---|
| Current tree canopy coverage | Approximately 55% of the city — among the highest urban canopy coverage rates in the U.S. |
| Canopy coverage, mid-1980s | Approximately 61% — the canopy has declined roughly 6 percentage points since that peak. |
| Canopy located on private property | Approximately 70% — most of the city’s trees are not on public/city-managed land. |
| Share of canopy considered weak-wooded species | Approximately 38% of tree species citywide are characterized as weak-wooded, shorter-lived trees. |
| Trees with low wind resistance | Approximately 37% rated low wind resistance, with another 16% medium-low, versus about 22% rated high resistance. |
Source: City of Tallahassee – Urban Forestry and the Tallahassee Urban Forest Master Plan (2018).
Reading the numbers together: Tallahassee’s canopy is unusually dense (55% coverage) and mostly privately owned (70%), while more than a third of its trees are rated low wind-resistance or weak-wooded. That combination — high canopy density plus a meaningful share of wind-vulnerable species on private lots — is a big part of why storms well below major-hurricane strength (like the May 2024 tornado outbreak) can still produce widespread tree failures across residential neighborhoods.
Frequently Asked Questions
What was the worst hurricane to hit Tallahassee?
Hurricane Michael (2018) produced the most extreme wind conditions in the immediate Tallahassee area — gusts to 71 mph over roughly 12 hours, 97% of customers without power, and NWS Tallahassee’s first-ever Extreme Wind Warning. Hurricane Hermine (2016) was the more direct hit, as the first hurricane landfall on the Apalachee Bay coast since 1966.
Which trees are most likely to fail in a Tallahassee storm?
UF/IFAS field research after multiple Florida hurricanes ranks sand pine, laurel oak, and water oak among the lower wind-resistance species, while live oak, sand live oak, southern magnolia, and sabal palm rank among the highest.
Is Tallahassee’s tree canopy shrinking?
Yes, gradually. City data shows canopy coverage has declined from roughly 61% in the mid-1980s to approximately 55% today, according to the Tallahassee Urban Forest Master Plan.
When is hurricane season for Tallahassee?
The Atlantic hurricane season runs June 1 through November 30 (NOAA), but peak activity for storms that have historically affected Tallahassee — Hermine, Michael, Idalia, and Helene — falls in the August-through-early-October window.
Was the May 2024 tornado damage part of Hurricane Helene?
No. The May 10, 2024 tornadoes in Leon County were a separate severe-thunderstorm outbreak (two EF-2 tornadoes), distinct from Hurricane Helene, which made landfall in the Florida Big Bend in late September 2024.
Why do healthy-looking trees still fail in moderate wind?
Per UF/IFAS research, wind firmness depends heavily on root-zone factors — soil depth, compaction, water table, and available rooting space — not just species or trunk diameter, so two trees of the same species and size can have very different failure risk.
Storm-damaged or leaning tree in Leon County?Enter your ZIP on our homepage and we route your job to a qualified, licensed local tree crew. Free to request, no obligation — we are a referral service, not a tree care provider.
Sources & Further Reading
- NWS Tallahassee – Hurricane Hermine (2016)
- NWS Tallahassee – Hurricane Michael (2018)
- NOAA/NHC – Hurricane Idalia Tropical Cyclone Report
- NWS Tallahassee – Hurricane Helene (2024) Summary
- NWS Tallahassee – Leon County Tornado Database
- UF/IFAS – Wind and Trees: Lessons Learned from Hurricanes
- UF/IFAS – Wind and Trees: Surveys of Tree Damage (Hurricanes Erin & Opal)
- UF/IFAS – Selecting Coastal Plain Species for Wind Resistance
- City of Tallahassee – Urban Forestry
- Tallahassee Urban Forest Master Plan (2018)
Related Tallahassee Resources
About this reference
This page compiles publicly available data from the National Weather Service, NOAA/National Hurricane Center, UF/IFAS Extension research, and the City of Tallahassee’s Urban Forest Master Plan. It is a reference tool, not an arborist assessment of any specific tree or property. Data compiled July 2026; source pages are linked directly above so figures can be independently verified.
Disclosure: Tallahassee Tree Service (tallahasseetreeservice.co) is a free referral service. We are not a licensed tree service provider and do not directly provide tree care services. All work is performed by independent, licensed and insured third-party providers in your area. In a life-threatening emergency, call 911.
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