Services
Support Systems
What is a Supplemental Support System?
At ALL STARS TREE SOLUTIONS, we specialize in providing supplemental support systems for trees to ensure that they remain healthy and strong. We can support any tree by utilizing the installation of cables, braces, and other support structures to help trees withstand stressful conditions such as heavy winds or soil erosion. We are committed to providing the best possible care by offering regular maintenance and inspections to ensure that the support systems are functioning optimally and the trees are growing well. With our expertise in tree care and use of the latest technology, we take pride in helping trees thrive and ensuring the safety of our clients’ properties.
What Techniques Are Used When Supplemental Support is Needed for a Tree?
Cabling and Bracing
Cabling and bracing are two different techniques that we use to provide support to the tree’s branches or trunk. Cabling involves installing steel cables between branches to help distribute weight and reduce the risk of failure. Bracing, on the other hand, involves installing rods or braces to reinforce a weak branch or a split trunk. Braces are typically installed in pairs, with one brace above and one below the weak or damaged area. We use these techniques to provide support to trees that are at risk of failure due to structural defects, wind damage, or other factors.
The bracing process typically involves the following steps:
- Inspection: An arborist or tree care professional will inspect the tree to determine the location and severity of any structural weaknesses or damage.
- Planning: Based on the inspection results, the professional will determine the appropriate location and type of brace to install.
- Installation: The braces are installed using specialized tools and equipment, such as a drill or cable hoist, and are anchored securely within the tree.
- Maintenance: The braces need to be checked regularly for signs of wear and tear or damage, and any necessary repairs or adjustments made.
Cabling and bracing are two different techniques that we use to provide support to Both cabling and bracing should only be done by experienced professionals, as improper installation can actually weaken the tree further and create additional hazards. Additionally, cabling and bracing are not always the best solution for every situation and should be evaluated on a case-by-case basis by a certified arborist or tree care professional.
Guying
Guying is a technique that we use to provide support to a tree that is leaning or has an unstable root system. It involves securing the tree to the ground using cables or rods. Guying helps to stabilize the tree and promote healthy growth.
Here’s a more detailed overview of the guying process:
- Inspection: An arborist or tree care professional will inspect the tree to determine the location and severity of any structural weaknesses or damage, as well as the soil conditions and exposure to wind and other weather elements.
- Planning: Based on the inspection results, our arborist will determine the appropriate location and type of guy wire to install, as well as the number and placement of the anchors.
- Anchor installation: Guy wire anchors are typically made of metal or concrete and are installed in the ground near the base of the tree. The anchors are buried deep enough to provide sufficient resistance to the force of the wire, which will be pulling on them.
- Guy wire installation: Guy wires are typically made of steel cable or synthetic material and are attached to the anchor at one end and the tree trunk at the other end. The wires are secured to the tree using a strap or other device that will not damage the bark or hinder the tree’s growth.
- Tensioning: The wires are tightened to provide the necessary support to the tree, without causing damage to the trunk or branches. The tension on the wires should be adjusted periodically as the tree grows and the soil conditions change.
- Maintenance: Guy wires need to be checked regularly for signs of wear and tear or damage, and any necessary repairs or adjustments made. It is important to keep the wires taut and the anchors firmly in place, as loose or damaged wires can actually weaken the tree and create additional hazards.
Tree Stakes
Tree stakes are vertical supports that are attached to the tree’s trunk using straps or ties. They are used to stabilize newly planted trees until they develop a strong root system. We use tree stakes to promote healthy growth in newly planted trees and prevent wind damage.
Mulching
Mulching involves the application of organic material such as wood chips or bark around the base of a tree. It helps to conserve soil moisture, reduce weed growth, and promote healthy root development. We use mulching to promote healthy growth in trees and prevent soil erosion.
Root Crown Excavation
Root crown excavation involves the removal of soil from the base of the tree to expose the root collar. This technique is used to address issues related to buried root collars and improve a tree’s stability and health. We use root crown excavation to promote healthy root development and prevent soil compaction.
The process of root crown excavation looks like this:
- Inspection: An arborist or tree care professional will inspect the tree to determine if root crown excavation is necessary. This may involve taking soil samples or using other diagnostic tools to assess the health of the tree.
- Planning: Based on the inspection results, the professional will determine the appropriate location and depth of the excavation. They will also consider the impact of the excavation on the tree’s stability and surrounding landscape.
- Excavation: The excavation process typically involves using hand tools or heavy machinery to remove soil from around the base of the tree. The soil is carefully removed in layers to avoid damaging the tree’s roots or trunk.
- Inspection: Once the root crown is exposed, the arborist or tree care professional will inspect the area for signs of damage or disease. They may also use specialized tools to measure the size and spread of the roots.
- Treatment: Depending on the results of the inspection, the professional may recommend treatments to address any issues found, such as root pruning, soil amendment, or chemical applications.
- Backfill: Once the inspection and treatment are complete, the excavated soil is carefully backfilled around the root crown. It’s important to ensure that the soil is not compacted or overly disturbed during this process, as this can damage the roots and hinder the tree’s growth.
- Maintenance: After the root crown excavation is complete, the tree should be monitored regularly for signs of stress or new issues. This may involve periodic inspections or ongoing treatments, depending on the severity of the original issue.
How to Know When to Use a Supplemental Support System on Your Tree.
It’s important to know when to consider using a supplemental support system for your tree. The decision to install a supplemental support system should be based on the tree’s overall health, the risk of failure, and the tree’s value to your property. Here are some factors to consider when determining if your tree needs a supplemental support system:
- Structural Defects: If your tree has a structural defect such as a split or a weak branch, it may require a supplemental support system to prevent the failure of the affected area.
- Soil Conditions: Trees growing in compacted or poorly drained soil may require supplemental support to help stabilize their root systems.
- Exposure: Trees growing in areas with high winds, heavy snow or ice loads, or other extreme weather conditions may require supplemental support to prevent damage or failure.
- Tree Size: Large trees with heavy branches or trunks may require supplemental support to prevent the failure of the tree due to its weight.
- Health: If your tree is experiencing decline due to pests, diseases, or other factors, it may require supplemental support to help it recover and prevent further damage.
If you notice any of these factors, it’s important to consult with a certified arborist who can assess the tree and determine if a supplemental support system is necessary. A certified arborist can also recommend the appropriate type of support system to use and ensure that it is installed properly to prevent further damage to the tree.
It’s important to note that while supplemental support systems can help prevent tree failure, they are not a long-term solution. Trees that require supplemental support systems should be closely monitored and regularly inspected by a certified arborist to ensure that the system is working effectively and to address any other issues that may arise.