Developing storm resistant trees

Even though hurricane season and afternoon storms are about a month out, now is the time to be  thinking about the trees around our homes. There is no “risk free” tree however; there are strategies that we  can undertake that can create a more wind resistant tree canopy. They are: plant more wind tolerant trees, prune properly, and conduct routine tree inspections.

Wind Tolerant Trees

Research by the University of Florida performed in communities that received hurricane force winds from 1992-2005 identified several trees that appeared to be somewhat resistant to wind  damage. It is thought that the growth form of the trees helped them resist wind better. Selecting Coastal Plain Trees for Wind Resistance

Pruning Trees Properly

Branch failure is the easiest type of failure to prevent. This is done through proper pruning beginning when the tree is young. When you are out in the landscape, look up.

Included bark means a weak attachment Image credit: Larry Figart UF/IFAS
Included bark means a weak attachment
Image credit: Larry Figart UF/IFAS
Dead Branches
Inspect the crown of the tree for dead branches. Image by Larry Figart UF/IFAS
Lions-tailed tree
Lions-tailed tree
Image credit: Larry Figart UF/IFAS

Take note of any large dead branches. Major deadwood over any structure is an immediate concern and should be removed.

The type of branch attachment is also important. Take a look at how the major branches are attached to the trunk. If the attachment of the branch  looks like a “V” rather than a “U”, it is a weaker branch attachment. The reason V-shaped branch attachments are a problem is because bark gets imbedded in the joint as the branches grow together and weakens the attachment. This condition can be even more of a risk when the tree has more than one trunk. Multi-trunked trees are especially prone to splitting apart because of poor branch attachment.

How trees are pruned is important. A recent study by the University of Florida showed that properly pruned trees had considerably less damage than unpruned and improperly pruned trees. Improper pruning by over lifting (lions-tailing) the crown through the removal of large lower limbs and interior branches shifts the weight of the branch out to the end of the branch resulting in more damage to the tree during windstorms.

Properly pruning trees by  using reduction cuts and structural pruning resulted in trees that resisted wind and therefore received less damage. Pruning Trees Properly Reduces Wind Damage Research

Tree Inspection

A periodic tree inspection of the branches, trunk, and root area can reveal problems before they become major ones. Trunk and root defects are harder to detect than branch defects. The most  obvious type of trunk defect is a cavity.

Cavity at the base of a tree
Inspect the trunk for signs of decay or wounds. Image by Larry Figart UF/IFAS

Large cavities with decay should be inspected. Any vertical crack in the trunk of the tree that goes deep into the wood of the tree is a warning sign of  structural

Armillaria mushrooms at the base of a tree
Look for mushrooms at the base of a tree. These are the mushrooms of armillaria, a root decaying fungus. Image by Larry Figart UF/IFAS

problems and any horizontal crack is a sign of imminent trunk failure. Any mushroom or mushroom like fruiting structure coming out of the trunk of the tree is a sign that the tree has internal decay and should be inspected more thoroughly by a tree professional. There is no way of knowing how much of the tree structure has been lost to decay without some further testing.
The arborist inspecting the tree may recommend pruning or cableing to relieve stress on the trunk, however; if the defect in the trunk is serious, removal of the tree may be the only means to solve  the problem.

The part of the root system that bears most of the load in holding the tree up is the root plate. If you picture the tree as a wine glass, the root plate is the base of the wine glass. Many trees have had their roots covered by soil during construction activities. Mulch volcanoes are formed when mulch is piled over the root flare and against the trunk of the tree.

Both situations are bad for the tree because it buries the roots and promotes disease. It also makes inspection of the root flare difficult. If the root flare of a tree has been covered by soil, or mulch, it is important to uncover it  for a proper inspection. Look for any cavities at the base of the tree, or mushrooms originating from the base or roots of the tree as a sign of possible root decay. Any damage to the root plate by construction, or other means, is a cause for alarm. Recall the wine glass analogy and imagine how unstable the wine glass would be if part of the base were gone. A Certified Arborist should be called in to inspect the tree if any problems with the root system are suspected. More information of trees and storms can be found on the University of Florida Environmental Horticulture
Website

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Posted: May 8, 2026
Last Updated: May 8, 2026



Category: , Florida-Friendly Landscaping, Home Landscapes, Horticulture, UF/IFAS Extension
Tags: Duval, Figart, Pruning, Storms, Tree Care, Trees, Wind Resistant Trees


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