How Landscape Care and Help Protect Your home from Damage During Sever Weather
Storms do not usually make healthy, well-structured trees fail. More often, wind, saturated soil, ice, or snow expose problems that were already there: dead wood, decay, weak branch unions, codominant stems, buried root flares, damaged roots, poor pruning, or a species-site mismatch. The best storm prevention happens long before the forecast turns bad. As Wisconsin and the Madison area are entering the storm season with multiple severe storms already in the forecast, calling a landscape expert may help prevent some of the possible damage this season and create a better plan for the future.
Why trees lose limbs or blow over
Wind damage concentrates in predictable weak points. Trees are more likely to fail when they have weakly attached branches, codominant stems with included bark, decay in the trunk or major limbs, girdling roots, or inadequate root systems. Storms can also uproot trees where roots were restricted, injured, planted too deep, or growing in chronically wet, compacted, or poorly drained soils. Only a true landscape expert can tell you the overall health and condition of the trees, especially the ones surrounding your home.
University of Minnesota Extension notes that healthy trees have a better chance of surviving storm damage, while wounds, decay, poor pruning, and chronic stress make trees more vulnerable to insects, disease, and structural failure.
Start with the right tree and the right site
In our climate, when planting trees in a close proximity to any structure, avoid species with brittle wood, weakly attached limbs, spreading codominant trunks, and forms that are more susceptible to storm damage. Trees with upright, narrower crowns or fewer, thicker branches are generally less susceptible. Favor species that are best adapted to local conditions, especially natives.
Site selection matters as much as species. Trees need enough soil volume, good drainage, and enough room for mature roots and canopy. Planting a large tree in a confined strip, next to pavement, or where roots will be cut later is effectively building in future instability.
Plant correctly: depth and root setup are not small details
Newly planted trees should be set up so roots can establish normally. Give roots enough room to grow and stake young trees only until they can stand on their own. Staking can itself become a problem if done badly or left on too long; ropes or wires should never cut into the stem, because that damages tissue and encourages decay.
A useful rule is that the trunk flare should be visible, mulch should not be piled against the trunk, and any staking should be temporary and padded. Those steps do not make a tree “storm-proof,” but they greatly improve the odds that roots and trunk tissues develop normally.
Prune for structure, not appearance
Early structural pruning matters because many failures begin with poor architecture formed in youth. Codominant stems are common weak points and pruning when trees are young is important.
For annual maintenance, remove dead, broken, and diseased limbs; reduce defects early; and develop a strong branch structure while the tree is young.
The pruning cuts themselves matter. Avoid flush cuts, leaving long stubs, and topping. Proper cuts should preserve the branch collar and be as small as practical so wounds can close naturally and reduce the spread of decay.
Never top a tree to “make it safer”
Topping is widely discouraged because it often makes trees less safe over time. Dead-topping can lead to tree failure and hazardous limbs are better addressed through selective pruning rather than indiscriminate cutting back to stubs.
topping removes a large portion of the canopy, creates large wounds, and often triggers weakly attached regrowth.
Protect the root system, because roots are half the structure
Trees do not only fail above ground. They also fail when roots are damaged, buried, girdled, or chronically stressed. Check the root collar for girdling roots and fungal growth, both of which can increase failure risk. Overwatering can encourage shallow root systems and unstable trees, while mulch piled against the stem can contribute to girdling roots and other unhealthy root conditions.
Inspect regularly for warning signs
You do not need advanced equipment to spot many red flags from the ground. A good expert inspection focuses on changes: new lean, fresh cracks, hanging limbs, recent soil movement near the base, mushrooms or conks at the root flare, cavities in major unions, and large dead sections in the crown.
Reduce risk around mature trees with targeted professional work
Large, mature trees near homes, driveways, sidewalks, play areas, or utility lines deserve more than casual observation. In those settings, targeted professional work can materially reduce storm risk. Depending on the defect, that may include deadwood removal, structural pruning, reduction pruning for overextended limbs, cabling or bracing for weak unions, or removal if the trunk or root system is too compromised to make the tree reasonably safe.
This is also where restraint matters. More pruning is not always better. The goal is not to strip out the canopy; it is to improve structure and reduce clearly defective, overloaded, or dead material while preserving the tree’s natural form and energy reserves.
You cannot make a tree immune to extreme weather. You can, however, make branch failure and windthrow much less likely. The biggest gains come from doing ordinary things well: smart species selection, correct planting depth, root protection, early structural pruning, regular inspections, and professional risk assessment when warning signs appear. Trees usually tell you where the weak points are. The safest properties are the ones where someone noticed those signals before the storm did.
