Storm Prep & Tree Support Systems
At JPS Tree Service, we help homeowners reduce storm-related risks through proactive tree inspections, structural support systems, and smart prevention planning.
Tree Safety Is a Top Priority at JPS Tree Service
Tree safety isn’t reactive — it’s preventative. Our certified arborists focus on reducing risk before storms arrive by identifying structural weaknesses and reinforcing trees that need additional support.
Through professional inspections, cabling, bracing, and storm-prep planning, we help trees better withstand environmental stress while minimizing the chance of property damage or injury.
Every assessment is based on real conditions — not guesswork.
What a Tree Safety Inspection Includes
A proper storm-prep inspection looks beyond what’s visible on the surface. Our arborists evaluate tree health, structure, and surroundings to uncover potential risks.
Severe Weather Preparation
- High winds and heavy rain
- Snow and ice accumulation
- Lightning exposure
- Flooding and soil saturation
- Extended drought conditions
Hidden Structural Damage
- Root stability and soil conditions
- Weak branch unions or split trunks
- Internal decay or previous storm damage
- Overall tree balance and load distribution
Storm Prep & Tree Support Services We Offer
To improve tree stability and reduce storm-related risks, JPS Tree Service provides professional support systems tailored to each tree’s condition.
Lightning Protection Systems
Lightning protection systems help redirect lightning strikes safely into the ground, reducing internal tree damage and structural failure — especially for large or exposed trees.
Tree Cabling & Bracing
Cabling and bracing systems provide internal support for trees with weak branch connections or heavy canopies. These systems help reduce stress caused by wind, snow, ice, and excessive weight.
Signs of a Storm-Damaged Tree
After a storm, some damage may not be immediately obvious. A professional tree risk assessment can determine whether a tree is still safe.
- Large cracks affecting the main trunk
- Sudden leaning or shifted root base
- Loss of major limbs or canopy imbalance
- Trees leaning toward structures or vehicles
Storm Damaged My Trees — What Should I Do?
Storm damage can be stressful and dangerous. If you notice any of the following, contact a professional arborist right away:
- Hanging or broken branches
- Splits in limbs or trunk
- Uneven or broken treetops
- Visible decay, cavities, or holes
- Uprooted or partially fallen trees
- Trees leaning unexpectedly
How to Protect Trees From High Winds & Severe Storms
Healthy trees are far more resilient during storms. Here are a few steps homeowners can take to reduce damage risk:
- Stake newly planted or young trees
- Schedule routine professional pruning
- Install tree support or lightning protection when needed
- Mulch around the base to protect roots
- Monitor trees for cracks or uneven growth
- Maintain consistent, long-term tree care
What Homeowners Say
Emergency Storm Tree Services Available
When storms cause immediate hazards, quick response matters. JPS Tree Service offers emergency support for storm-damaged trees to reduce risk and restore safety.
Frequently Asked Questions
Not all trees require support systems, but trees with heavy canopies, weak branch connections, previous storm damage, or poor root stability are more vulnerable during severe weather. A professional inspection helps determine if storm prep is necessary.
If a tree has split limbs, multiple trunks with weak unions, or leans under wind or snow load, cabling or bracing may be recommended. Our arborists assess structural strength and install support only when it improves safety and tree health.
In many cases, yes. Trees with manageable limb damage or structural stress can often be stabilized with pruning, cabling, or corrective care. Trees with severe trunk damage, root failure, or extreme lean may need removal for safety.
We recommend inspections annually or before storm-heavy seasons. Trees near homes, driveways, or power lines should be checked more frequently to reduce risk and prevent unexpected failures.
