Improving Your Tree's Structural Integrity
Trees can grow in such a manner that their physical structure may not be able to support the growth, leading to structural failure. All trees can fail, given the right circumstances, even those without a structural deficiency.
Structural failure of a large branch, trunk, or root system can result in significant property damage, personal injury, or fatality. It can also cause the decline of a tree’s health over time. Cables and bracing rods are simply tools arborists use to add support to a weak structure.
Why Cabling and Bracing?
When trees have a poor branching habit, split or cracked limb structures, areas of decay, or a poor root system, there is always a risk for structural failure. Some tree species produce a heavy crop of fruit or acorns which adds to the potential for structural failure. Improper pruning in the past can also lead to structural failure. When these weak areas fail, large limbs, trunks, or entire trees may come crashing down on anything underneath them.
In the case of weak limb structures, cables and bracing rods may be installed to offer some support. Properly placed cables between limbs can help redistribute the load of weight, allowing the limbs or trunks to support each other. Bracing rods are often used to support splitting limbs by bolting them together. Installing rods and/or cables offer additional support but does NOT offer any guarantee they will not fail in the future. Remember that ALL trees can fail given the right circumstances, regardless of their size.
Our consulting arborists are properly trained in this area of expertise and will be happy to inspect your trees.
Inspect Tree Cabling and Bracing Hardware Annually
Tree cabling and bracing hardware is subject to the elements and should be inspected annually. The normal movement of branches or trunks can cause cables and hardware to wear, reducing their load carrying abilities. Annual inspections are particularly important when a cable failure might result in property damage or personal injury.