Tallahassee & Leon County Tree Storm-Risk Report

A sourced data study on how hurricanes, tropical storms, and severe thunderstorms turn Tallahassee’s famous tree canopy into the region’s single biggest storm-damage risk — drawing on the City of Tallahassee’s own Urban Forest Master Plan, University of Florida/IFAS hurricane wind-resistance research, and NWS/NCEI storm records covering Hurricane Kate (1985), Hermine (2016), Michael (2018), Idalia (2023), the May 2024 Tallahassee tornado outbreak, and Helene (2024). Every figure below links to its public source so it can be independently checked. No figure on this page is estimated or invented, and none of it is a dollar amount.

Compiled July 2026 · Data reference, not tree-care advice specific to any property · See our free Hurricane & Storm Tree-Prep Guide for the species detail and printable prep checklist that sit behind these numbers.

See this month’s risk at a glance:

The Numbers at a Glance

A Storm Timeline: Trees Are the Reason the Power Goes Out

Tallahassee has never taken a direct hit from a major hurricane’s eyewall — and the region still loses power, roads, and roofs to falling trees almost every storm season. The common thread across four decades of events isn’t wind alone; it’s wind moving through one of the densest urban tree canopies in the country, most of it tangled directly into the overhead power grid.

Peak customers without power for five storms that hit Tallahassee/Leon County between 2016 and 2024. Every one of these events is remembered locally for downed trees and tangled lines, not roof or window damage — the tree canopy is the delivery mechanism for the outage, whether the storm is a Category 1 hurricane, a grazing tropical system, or an EF-2 tornado outbreak.

Sources: Alabama Weather Network Tallahassee hurricane-history compilation; WCTV Helene storm coverage; NWS Tallahassee / NCEI storm reports on the May 2024 tornado outbreak (see Methodology & Sources below for direct links).

The pattern goes back further than any of these named storms. Hurricane Kate flattened power service across 90% of the city in November 1985, and thousands of trees came down with it — decades before anyone was tracking storms with a hashtag. Tallahassee and Leon County were later recognized as the nation’s first “Hurricane Strong Community” after the coordinated Hurricane Michael response in 2018, a designation built directly on lessons learned from repeated tree-driven outages in Kate, Hermine, and Irma.

What the Research Says About Which Trees Actually Fail

University of Florida/IFAS researchers have measured tree survival after 10 hurricanes since Hurricane Andrew in 1992, covering more than 150 urban tree species. Their core finding: the higher the sustained wind speed, the more of the urban forest is lost — but species, age, health, and rooting space all shift where a given tree falls on that curve.

Across the 10 hurricanes UF/IFAS researchers studied, measured urban forest loss (trees fallen or leaning past 45 degrees) ranged from 11% in Hurricane Erin to 38% in Hurricane Andrew — rising with sustained wind speed, but also shaped by tree health, soil conditions, and canopy density. Pensacola’s older, denser canopy suffered considerably more damage than Miami’s younger, thinner one at comparable wind speeds — a finding that maps directly onto Tallahassee, whose canopy is both older and denser than most Florida cities.

Source: UF/IFAS FOR118/FR173, “Wind and Trees: Lessons Learned from Hurricanes” (Duryea, Kampf, Salisbury, Hauer, Klein, Andreu, Koeser & Vinson).

The same research names names for north Florida specifically: laurel oak and water oak sit in UF/IFAS’s lowest wind-resistance tier, alongside sand pine and pecan, with a direct recommendation that over-mature specimens of these species be removed before a storm forces the issue. Live oak, by contrast, sits in the highest wind-resistance tier — strong wood, a tendency to shed leaves rather than break branches in high wind, and (in north Florida) some of the best hurricane survival of any species UF/IFAS measured. Rooting space matters just as much as species: in the Hurricane Georges study, trees with more than 75 square feet of soil space survived at a 91% rate, versus 64% for trees confined to less than 39 square feet — a direct argument for why a legacy oak in an open yard often outlasts a same-age oak boxed in by pavement.

Tree-Risk by Tallahassee Growth Era

Not every Tallahassee neighborhood carries the same storm-tree risk. The City’s own Urban Forest Master Plan and UF/IFAS’s species research point to the same driver: what era a neighborhood grew its tree canopy in, and which species filled in that growth, matters more than which side of town it’s on.

Context: City of Tallahassee Urban Forest Master Plan (2018); UF/IFAS FOR118/FR173. This is a general risk pattern by growth era and species mix, not a property-specific inspection — a licensed local arborist confirming the actual species, age, and condition of the trees on a given property is the only way to know for certain.

America’s Best Canopy Is Also Its Biggest Storm Liability

Tallahassee’s tree canopy is a genuine civic asset — the City’s Urban Forest Master Plan puts its annual value at intercepting more than 550 million gallons of stormwater and removing well over a million pounds of air pollutants each year, on top of the shade, property-value, and quality-of-life benefits residents consistently cite as a reason they live here. But the same plan is candid about the trade-off: more than half of Tallahassee’s public trees are rated low or medium-low wind resistance, canopy cover has already declined from 61% to 55% since the mid-1980s even as storm frequency trends up, and 74% of all canopy sits on private land the city has no direct authority to inspect or maintain. A resource this large, this old, and this decentralized is exactly the kind of system where a single severe season can outrun any one property owner’s ability to keep up.

Frequently Asked Questions

How much of Tallahassee is covered by tree canopy?

About 55%, according to the City of Tallahassee’s 2018 Urban Forest Master Plan — among the highest urban tree canopy percentage of any U.S. city of comparable size. That share has declined from 61% in the mid-1980s as the city has grown denser.

Which tree species fail most often in a Tallahassee-area storm?

UF/IFAS research places laurel oak and water oak in its lowest wind-resistance tier for north Florida, recommending removal of over-mature specimens. Live oak, by contrast, sits in the highest wind-resistance tier.

How often does a hurricane or tropical storm knock out power in Tallahassee?

Tallahassee has had a tree-driven power event in most storm seasons for the past four decades — Hurricane Kate (1985), Hermine (2016), Irma (2017), Michael (2018), Idalia (2023), the May 2024 tornado outbreak, and Helene (2024) all knocked out power to a large share of the city, primarily through trees falling into lines.

Why did the May 2024 tornadoes damage more trees than a hurricane?

Two EF-2 tornadoes with winds estimated at 115 mph converged directly over Tallahassee on May 10, 2024, snapping a swath of pine trees roughly 75 feet above the ground and downing more utility poles than Hermine, Michael, and Idalia combined — concentrated tornadic wind speed did more localized damage than any of those hurricanes’ broader but less intense wind fields.

Can a tree look fine after a storm and still be dying?

Yes — pines especially. UF/IFAS found that trees can look green and healthy immediately after a hurricane, then decline over 6 months to 2 years as hidden root and stem damage cuts off water and nutrients. In one study, 48% of standing longleaf pines examined were dead within 3 months.

Is Tallahassee’s tree canopy the city’s responsibility or the homeowner’s?

Mostly the homeowner’s. The City of Tallahassee’s own Urban Forest Master Plan reports that 74% of all tree canopy in the city grows on privately owned land, outside the city’s direct maintenance or removal authority.

Methodology & Sources

Related Tallahassee Tree Resources

Disclosure: Tallahassee Tree Service (tallahasseetreeservice.co) is a 24/7 tree-care dispatch and referral service. We are not a licensed tree service company and do not perform tree work ourselves. All tree work is performed by independent, licensed and insured local arborists and tree-care crews. This report compiles publicly available data and is a data reference, not tree-care advice specific to any property. Same-day, emergency, and 24/7 availability are not guaranteed and depend on provider schedules, location, and demand. If a tree is touching or near a power line, contact the utility company first — do not approach the tree. In a life-threatening emergency, call 911.