A storm just tore through your yard. A large branch is down. The tree is leaning. The trunk looks cracked. You’re standing in your driveway asking one question: do I need someone here today, or can this wait until next week?
The honest answer is: it depends on the type of damage, not the size of it. A tree that lost its entire canopy in a straight-line wind event may be structurally sound and removable on a scheduled basis. A tree with a barely visible trunk split and only minor branch loss may be one warm afternoon away from falling through your roof.
This guide explains every damage type, every species consideration, every soil condition, and every timeline factor that determines whether you act in hours or in days — with specific attention to how Austin’s climate, clay soils, and storm patterns change the standard calculus entirely.
Why the Remove-Immediately-or-Wait Decision Is More Complex Than It Looks
Most homeowners assume storm damage is visible damage. If the tree is standing, it’s safe. If branches fell, it needs trimming. If the whole thing toppled, it needs removal. That mental model is wrong — and acting on it creates serious risk.
Trees fail structurally in two phases. The first is the primary failure: the visible damage caused by the storm itself. The second is the secondary failure: the collapse of a tree that appeared to survive the storm but was left in a compromised state — cracked, root-shifted, or internally fractured — and then failed under completely ordinary conditions days or weeks later. No wind. No rain. Just gravity, heat, and wood that had already lost its structural integrity.
Secondary failures cause a disproportionate share of storm-related property damage and injuries in Austin because they happen outside the immediate psychological window of “storm danger.” The storm is over. People have walked under the tree. The insurance adjuster came. And then the tree falls.
Understanding which category your tree falls into — immediate hazard requiring same-day action versus compromised-but-stable allowing scheduled removal — requires understanding what tree structural failure actually is, at the level of wood fiber, root mechanics, and vascular biology.
What Tree Structural Integrity Actually Means
A standing tree manages tremendous compressive and tensile forces. The trunk carries the downward compressive load of its own weight. The roots anchor the tree against the lateral pull of wind. The wood fibers — arranged in a helical pattern through the trunk — absorb and distribute dynamic loading during wind events by flexing.
When a storm damages a tree structurally, it interrupts one or more of these load-management systems. The critical question after any storm is not “how much of the tree broke?” but “which systems are still intact?”
A tree that lost 40% of its canopy but retains a structurally sound trunk and fully anchored root system is managing its remaining load adequately. Its weight-to-support ratio has actually improved. It may look terrible, but it is not in imminent collapse.
A tree that lost 10% of its canopy but has a crack running vertically through the main trunk has compromised its primary load-bearing structure. The helical wood fibers that absorb lateral loading have separated. The tree is no longer a single structural unit — it is two or more sections held together by diminishing surface contact, and each subsequent loading event (wind, temperature change, the weight of rain-wet foliage) increases the probability of complete separation.
This is why a cracked trunk is a same-day emergency and significant crown loss often is not.
The Immediate-Removal Conditions: What Requires Same-Day Action
Five damage conditions require immediate professional removal, regardless of tree species, tree size, or how stable the tree appears from a distance. Do not wait on any of these.
Trunk Splits and Vertical Cracks
A vertical crack running through the trunk — visible at the bark surface or exposed through bark separation — means the primary load-bearing wood fiber structure has already fractured. The trunk is no longer a unified structural column. It is two or more sections in contact.
In Austin’s summer heat, a split trunk deteriorates faster than in cooler climates. Exposed heartwood at crack surfaces loses moisture rapidly, causing the wood to shrink and the crack to widen. Callus formation — the tree’s wound-response mechanism — cannot bridge a major structural split. The tree cannot heal a fractured trunk the way it heals a branch wound.
Do not let anyone tell you a split trunk can be saved with cabling. Tree cabling is a load-redistribution tool for trees with structural weaknesses that haven’t yet failed — co-dominant stems, included bark unions, long horizontal limbs. It is not a repair mechanism for an already-split trunk. A split trunk requires removal, the same day.
Root Plate Heaving
Root plate heaving is the most underestimated post-storm hazard in Central Texas. It occurs when wind loading forces the root system to rotate, lifting the soil on one side of the tree. You’ll see cracked soil, lifted turf, or a visible gap opening around the base of the trunk.
Austin’s soils make this especially dangerous. The region’s expansive clay soils — the same soils that crack your foundation and buckle your sidewalks — go from rock-hard during drought to nearly liquid during heavy rain events. A tree’s roots in saturated clay have dramatically reduced holding capacity compared to their normal anchorage. Storm winds that would leave a well-anchored tree standing can rotate the root plate of a tree in waterlogged clay to the point of partial failure.
A tree with heaved root plate is not just damaged — it has already partially failed. The remaining intact roots are now holding a tree at an altered angle, under increased lateral load, in soil that may still be saturated. The tree can fall with no additional wind. Any gust, any change in soil moisture as it dries, any added canopy load from rain can complete the failure.
If you see soil movement around a tree base after a storm, treat it as an immediate hazard. Stay clear of the fall zone, which extends to roughly 1.5 times the tree’s height in all directions, and call for same-day assessment.
Significant Post-Storm Lean
A lean that appeared or increased during the storm indicates the root system has already shifted from its original position. The tree’s center of gravity has moved outside the range its root system was anchored to support.
The critical distinction here is between a tree that has always leaned — which has developed compensatory reaction wood and root growth on the tension side over years — and a tree that is newly leaning after a storm. A new lean means root failure has already begun. The question is only how much root integrity remains and how long until gravity completes what the storm started.
More than 15 degrees of new lean is generally the threshold for immediate action, but this is not a rigid rule. A 10-degree lean in a large Pecan over a driveway requires the same urgency as a 20-degree lean in a small ornamental over an open lawn. Proximity to targets modifies the urgency of every damage condition.
Hanging Limbs Over Targets
A broken limb lodged in the upper canopy — still held by strips of bark or balanced on other branches — is called a widow maker. It is a specific hazard category that has earned that name for documented reasons.
Widow makers are dangerous for three compounding reasons. First, their position in the canopy makes their size difficult to judge from the ground — a limb that looks like a minor branch may be 200 to 400 pounds of wood balanced on a friction contact. Second, they fall without warning: the drying and weight redistribution of the limb over 24 to 48 hours shifts the balance point unpredictably. Third, because they fall from height, they hit the ground — or whatever is below them — with catastrophic force.
Any widow maker directly above a structure, walkway, vehicle, or area where people move should be cleared the same day. Do not rope off the area and wait. The rope line does not move the limb. Hanging limbs after a storm are not a wait-and-see situation — they are an active falling hazard on an unknown timer.
Complete Bark Girdling
When bark is stripped completely around the trunk circumference — often by lightning strike, high-velocity debris, or trunk shear — the tree’s vascular system has been severed. The cambium layer, which carries water and nutrients between roots and canopy, no longer functions around the girdled zone.
A fully girdled tree is biologically dead from the girdling point upward. It will not show this immediately — the canopy may remain green for weeks as the tree exhausts its stored reserves. But there is no recovery. The removal timeline is not an emergency in the same way a split trunk is, but do not delay beyond 30 to 60 days. A dead tree begins losing structural integrity as the wood dries and softens at wound edges, and Austin’s wood-boring beetles and carpenter ants are attracted to freshly dead wood within weeks.
When Waiting Is the Right Call
Not every storm-damaged tree is an emergency. Calling for emergency removal on a tree that doesn’t require it costs you the emergency premium — typically 25 to 50% above standard removal rates — and diverts crews from genuine hazards. Knowing when to wait is as important as knowing when to act.
You can schedule non-emergency removal or a standard arborist assessment when all of the following are true:
The trunk shows no cracks, splits, or separation at the bark surface. The root zone shows no soil heaving, lifted turf, or new gaps. The tree has not developed a new lean since the storm. Any broken branches are on secondary or tertiary scaffold limbs, not the main stem. The tree is not within falling distance of a structure, vehicle, or power line. No hanging limbs are suspended over target areas.
When these conditions hold, the damage is canopy damage, not structural damage. The tree’s load-management systems are intact. What you have is a wound management and aesthetics issue, not a falling-tree risk.
In these cases, schedule a professional assessment within three to five days of the storm — not because the situation is urgent, but because post-storm wounds benefit from prompt attention. Exposed wood surfaces in Austin’s heat begin losing moisture and attracting insects within 72 hours. Prompt corrective trimming of broken branch stubs, cut back to the branch collar, initiates the tree’s wound-compartmentalization response before secondary problems develop.
The Role of Crown Loss Percentage
Tree professionals often use crown loss percentage as a rough triage metric. The general threshold is 50%: trees that retain more than 50% of their crown mass after a storm have a reasonable chance of recovery if the structure is sound. Trees that lost more than 50% face a harder prognosis.
But crown loss percentage matters less than which part of the crown was lost and how it was lost.
A tree that lost 60% of its canopy through clean branch breakage in the upper crown — with the main scaffold branches intact — has a better structural and recovery prognosis than a tree that lost 30% of its canopy because its primary co-dominant stem split at the union, even though the second tree “lost less.” The split co-dominant is a structural emergency. The heavily broken but structurally intact crown is a recovery question.
Crown loss also directly affects the tree’s ability to produce the energy it needs for wound response. Photosynthesis happens in the canopy. A tree that lost 60% of its leaf surface lost 60% of its energy production capacity at the same moment it needs energy to compartmentalize wounds, initiate callus formation, and manage the increased vascular demand of damaged tissue. This is why heavily defoliated trees — even structurally intact ones — need close monitoring and often benefit from targeted fertilization in the growing season following major storm damage.
Austin’s Storm Types and What They Mean for Your Assessment
Central Texas experiences distinct storm types that create different damage patterns. Knowing which type hit your neighborhood changes how you assess the aftermath.
Severe Thunderstorms with Straight-Line Winds
The most common major weather event in Austin. Straight-line winds above 50 mph create sudden lateral loading that stresses trees far beyond their design load. The primary damage pattern is crown breakage — branches and co-dominant stems fail first — followed by root plate rotation in susceptible species and soil conditions.
The hidden danger of straight-line wind events is root zone compression on the windward side combined with root zone tension on the leeward side. This happens even when the tree appears to remain completely stable. In clay soils, this root zone stress can fracture the smaller lateral roots that provide fine-scale anchoring without producing visible heaving. The tree looks fine. Its anchorage capacity is reduced by 20 to 30%. The next significant wind event completes the failure.
After any severe thunderstorm, inspect the root zone from a safe distance, look for subtle soil cracking or slight berm formation on the windward side, and assess whether the tree’s lean has changed.
Ice Storms
Central Texas ice storms are infrequent but extremely damaging. One inch of ice on a tree canopy adds several hundred pounds of distributed weight — far exceeding the design load of most tree branch architecture. The February 2021 winter storm is the reference event most Austin homeowners remember, but ice damage events of smaller magnitude occur regularly.
Ice storm damage has a deceptive timeline. During the freeze, branches fail progressively as ice accumulates. But the full extent of structural damage often doesn’t become apparent until the ice melts and the canopy weight shifts dynamically. Trees that appeared to survive the freeze intact have been known to shed major limbs or fail entirely during the thaw period, when the elastic rebound of flexed-under-load branches interacts with softened attachment points.
After an ice storm, do not assess the tree once and conclude it is safe. Inspect at 24 hours, 48 hours, and again at 72 hours. Watch for: new cracks appearing at branch unions, increased sag in previously upright branches, and any change in trunk orientation.
Derecho Events
A derecho is a fast-moving line of severe thunderstorms producing widespread wind damage in a band potentially hundreds of miles long. Wind speeds in derechos can exceed 70 mph and produce rotational loading that is fundamentally different from standard straight-line winds.
Trees in derecho-affected areas often sustain hidden root zone damage even when they appear upright and stable. The rotational wind load stresses the root plate in multiple directions simultaneously, producing fractures in the root system that are not apparent from the surface. If your neighborhood experienced a derecho, have every large tree over a structure assessed by a certified arborist before concluding it is safe — regardless of appearance.
How Austin’s Clay Soils Change Every Storm Assessment
Most tree failure information is written for trees growing in loam or sandy loam soils. Austin’s predominantly expansive clay soils behave differently in ways that directly affect post-storm tree stability assessment.
During drought conditions — which Austin experiences regularly — clay soils shrink and crack. Tree roots in dried clay have reduced lateral support because the soil has physically contracted away from the root surface. When heavy storm rain follows a dry period, the clay absorbs water rapidly and swells, creating a soft matrix with dramatically reduced bearing capacity.
The combination that creates the most dangerous post-storm conditions in Austin is this: a prolonged drought followed by a rain-heavy severe storm. The clay went into the storm dry and cracked, providing less root anchorage than normal. The storm delivered both high wind loading and rapid soil saturation. The tree survived the storm in what was essentially the worst possible soil condition for wind resistance.
These trees need assessment even when they show no obvious damage. The root anchorage capacity may have been significantly reduced without any surface evidence of root plate movement.
Species-by-Species Storm Recovery Guide for Austin
Species identity is one of the most important variables in any post-storm assessment. Austin’s native and commonly planted trees have dramatically different structural characteristics, wood density, root architecture, and storm resilience.
Live Oak (Quercus fusiformis)
Austin’s most structurally resilient common tree. Dense, interlocked wood grain resists splitting. Deep, extensive root system provides strong anchoring in clay soils. Live oaks regularly lose significant crown mass in severe storms and recover fully if the main trunk and primary scaffold branches are intact.
Post-storm priority for Live Oaks: focus the assessment on trunk integrity and root zone. Crown loss is cosmetically significant but structurally tolerable. The main risk with Live Oaks in Austin is oak wilt — a fungal disease spread through root grafts and fresh wounds. Any pruning or wound work on Live Oaks should be done by someone who understands oak wilt prevention protocols. Fresh pruning wounds on Live Oaks in Austin should never be left unsealed during the active oak wilt transmission season.
Pecan (Carya illinoinensis)
Texas’s state tree is structurally brittle compared to Live Oak. Pecan wood has lower density and is prone to splitting at co-dominant stem unions under ice and wind loading. Post-storm Pecans frequently have hanging limbs — widow makers — that are not immediately obvious from the ground because they lodge in the dense canopy.
Any Pecan over a structure or high-traffic area should have a canopy inspection by a professional after any significant storm. Do not assume a Pecan is safe because the trunk looks intact.
Arizona Ash (Fraxinus velutina)
Planted widely in Austin suburbs but structurally problematic. Shallow root system makes uprooting common in severe storms. The species is also highly susceptible to emerald ash borer, which has been moving through Texas. A stressed post-storm Arizona Ash is a high-priority removal candidate both for structural reasons and because it is likely already under insect pressure. Pest-damaged trees combined with storm damage are rarely candidates for recovery.
Cedar Elm (Ulmus crassifolia)
One of Austin’s best-performing natives in storm conditions. Moderate wood density, good root architecture in clay soils, and natural resistance to vertical splitting. Cedar Elms frequently sustain significant crown damage in storms and recover with corrective pruning. The trunk and main scaffold are the assessment priority — crown restoration is usually achievable if these are sound.
Silver Maple (Acer saccharinum)
Fast-growing, widely planted, and structurally weak. Silver Maple is among the highest-risk trees in Austin storm conditions. The wood is low-density, the branching structure frequently develops included bark at major unions (a structural weak point where bark is trapped between two stems, preventing strong wood attachment), and the species is prone to complete trunk splitting in wind events above 45 mph.
If a Silver Maple on your property sustained any trunk damage in a storm, treat it as high-priority for same-day or next-day professional assessment. The recovery-versus-removal calculus for Silver Maples leans heavily toward removal after structural storm damage.
Bald Cypress (Taxodium distichum)
Excellent storm resistance. The flexible, dense wood of Bald Cypress absorbs dynamic wind loading rather than fracturing under it. Deep root systems provide strong anchoring. Bald Cypress trees along Austin waterways routinely survive flood events and major storms with minimal damage. Post-storm assessment should follow standard protocols, but removal is rarely the correct outcome for a Bald Cypress with intact trunk and root structure.
Crape Myrtle (Lagerstroemia indica)
Not a structural risk tree in the way large canopy trees are, but commonly damaged in Austin storms. Crape Myrtles frequently split at the multi-stem base in wind events. These splits are not life-threatening to property but benefit from prompt attention — untreated splits invite fungal entry and can cause the tree to fail progressively over several seasons. Corrective pruning rather than removal is usually appropriate.
What Happens Inside a Wound When You Wait
Understanding the biological timeline of a storm wound helps clarify why the waiting period matters differently for different damage types.
Within the first 24 to 48 hours after a wound, the tree’s internal chemistry begins shifting. Phenolic compounds accumulate in cells around the wound boundary. The tree initiates its CODIT response — Compartmentalization of Decay in Trees — a four-walled chemical barrier system that isolates the wound from the rest of the living wood. This is the tree’s immune response to wound entry points.
The CODIT response is the tree’s only defense against the organisms that colonize fresh wounds. In Austin’s heat, the organisms that the CODIT response is defending against — primarily wood-decay fungi, but also bacteria and wood-boring insects — begin colonizing exposed wood surfaces very rapidly. Temperatures above 85°F accelerate fungal spore germination. Austin averages 40 or more days per year above 100°F.
A wound that is properly cut back to the branch collar — the swollen zone at the base of a branch where the tree concentrates its wound-response chemistry — initiates a complete CODIT response. A torn, jagged storm wound with no corrective pruning leaves exposed sapwood and heartwood that the tree cannot efficiently defend. Each week without corrective attention is a week of fungal colonization that the tree cannot reverse.
For major structural damage — splits, root failure, large hanging limbs — this biological timeline is secondary to the immediate physical hazard. But for the category of “canopy damage with intact structure,” the biological case for prompt (not emergency, but prompt) professional attention is strong.
The Secondary Failure Timeline: When Do Structurally Compromised Trees Fall?
If a tree has one of the immediate-hazard conditions described above and you are trying to understand the actual risk window, here is the general secondary failure timeline for Central Texas conditions:
Trunk splits: Active failure risk begins at the moment of splitting. The crack opens further with each temperature cycle as wood moisture changes. In summer conditions, expect measurable crack progression within 48 to 72 hours. Full failure can occur at any point after splitting, with no additional triggering event required beyond normal wind loads.
Root plate heaving: Most dangerous in the 24 to 72 hours immediately following the storm, while soil remains saturated. As the clay dries, it firms up and provides some additional resistance — but this is false security. The root damage has already occurred. The next significant rain event restores the saturated conditions without the adrenaline of “there was just a storm.” These trees have caused deaths weeks after the original storm event.
Significant new lean: Risk increases continuously as the tree’s center of gravity moves further outside the root anchoring zone. No predictable timeline — failure can occur in days or weeks depending on wind conditions and soil moisture.
Widow makers: Most fall within the first 24 to 48 hours as the limb loses moisture and its balance point shifts. But lodged limbs can remain suspended for weeks and still fall unexpectedly. Do not treat a widow maker as a managed hazard — treat it as a removal priority.
How to Conduct Your Own Post-Storm Assessment
Before calling a tree service, you can conduct a visual assessment from a safe distance that gives you the information needed to communicate the urgency accurately. Do not enter the tree’s fall zone — the area extending to 1.5 times the tree’s height in all directions — until a professional has assessed it.
Stand at a safe distance and evaluate five zones:
The root zone (ground level, 10-foot radius around the base): Any soil lifting, cracking, or berm formation on one side. Any new gaps between soil and trunk. Any root exposure that was not there before the storm.
The base and lower trunk: Bark condition — any separation, splitting, or impact damage visible on the lower trunk. Any change in trunk lean visible against a fixed reference point (a fence post, a corner of your house).
The main trunk from base to first scaffold branches: Vertical cracks in the bark surface. Any change in bark texture that might indicate internal pressure. Any seeping or weeping from the bark that could indicate internal fracture.
The primary scaffold branches: Any splits or cracks at major branch unions. Any significant drooping or change in angle of major scaffold limbs.
The canopy: Hanging limbs visible from ground level. Estimate their position relative to structures, walkways, and vehicles below.
If you find anything in zones 1 through 4, treat it as an immediate hazard. If only zone 5 has issues, assess proximity to targets and decide between emergency and next-day service accordingly. If all zones are clear, schedule a standard follow-up assessment within the week.
Insurance Documentation After Storm Tree Damage
Texas homeowners insurance policies vary in their coverage of storm tree damage, but some documentation practices apply universally and should happen before any removal work begins.
Photograph everything immediately. Document the tree’s position, the damage type, any structures it contacted or is threatening to contact, and the surrounding context showing the storm impact on the broader property. Date-stamped photos from your phone are acceptable documentation for most insurance purposes.
Standard Texas homeowners policies typically cover tree removal costs when a fallen tree has damaged an insured structure. They do not typically cover removal of a tree that fell in an open area without contacting a structure, even if the tree was obviously hazardous. The coverage question turns on whether an insured structure was damaged — not whether the hazard was real.
If a structure was contacted, call your insurance carrier before removing the tree. Some policies require documentation before the tree is disturbed. Austin Tree Services TX provides itemized estimates and damage documentation that meets standard insurance requirements for storm tree removal claims.
If no structure was damaged but the tree is a clear hazard — a root-heaved tree leaning toward your home that hasn’t made contact yet — document the condition thoroughly and consult your carrier about whether preventive removal is covered under your specific policy language.
Emergency Removal vs. Scheduled Removal: The Real Cost Difference
Emergency tree removal in Austin costs 25 to 50% more than scheduled removal. That premium is real and worth understanding — not to discourage emergency calls when they are warranted, but to help you triage accurately.
The premium exists because emergency removal requires immediate crew dispatch, often outside normal business hours, with equipment mobilization that cannot be pre-planned into an efficient daily route. The cost is a function of logistics, not price gouging.
When the hazard is genuine — split trunk, root heaving, widow maker over a structure — the emergency premium is trivial compared to the alternative. A single tree falling on an Austin home costs between $15,000 and $80,000 in structural damage depending on where it hits. The emergency premium on even a large tree removal is a fraction of that exposure.
The practical question is whether your situation actually warrants emergency response or whether it can safely wait for next-day or scheduled service. Use the damage type framework in this article to make that determination. If you’re uncertain, call and describe the conditions — a reputable tree service will give you an honest assessment of urgency rather than automatically escalating every call to emergency pricing.
For more detail on how and why emergency removal pricing works, see our guide on why emergency tree removal costs more.
What Not to Do After Storm Tree Damage
DIY storm debris management creates more injuries than almost any other home maintenance activity. The physics of loaded, broken wood are counterintuitive and dangerous. Here is what to avoid:
Do not attempt to cut hanging limbs with a pole saw from the ground. The limb’s fall direction when cut is determined by its center of gravity and tension load, not by where you are standing. It can fall toward you.
Do not attempt to push a leaning tree back upright with ropes or equipment. A tree with root heaving that is pushed against its lean direction may trigger the complete root failure that the lean was holding in equilibrium.
Do not cut a trunk that is resting on your roof or a fence without professional assistance. Trunk sections under load can move violently when the weight distribution changes during cutting. What looks like a straightforward cut can produce a kick that drives the chainsaw toward the operator or throws the wood section unpredictably.
Ground debris — small branches under four inches in diameter, fallen leaves, minor material — can safely be cleared by homeowners. Anything requiring a chainsaw near a structure, anything lodged in a tree, anything involving a trunk section larger than four inches in diameter — leave it for a professional. Cutting corners on tree work is one of the highest-consequence decisions a homeowner can make.
Preparing Your Trees Before Storm Season
The best post-storm outcome is one that results from pre-storm preparation. Trees that receive regular professional care are significantly more storm-resilient than neglected trees — for reasons that go beyond what most homeowners understand.
Regular structural pruning removes co-dominant stems with included bark before they become storm failure points. It removes deadwood that becomes high-velocity projectiles in wind events. It reduces sail area — the total wind-catching surface of the canopy — which directly reduces the wind load on the root system during severe weather.
Trees with cabling and bracing systems installed by a certified arborist at co-dominant stem unions can be given additional structural support that reduces failure risk in high-wind events. Cabling does not make a structurally weak tree safe, but it can extend the safe service life of a tree with a manageable structural vulnerability by redistributing load away from a weak union point.
Root health is the least visible but most important component of storm resilience. Trees with healthy, extensive root systems in well-maintained soil anchor far better in wind events than trees with compacted soil, girdling roots, or root disease. Annual soil aeration and deep fertilization treatments keep root systems robust in Austin’s challenging clay soils.
If you want a comprehensive pre-season evaluation of your property’s storm risk, an ISA-certified arborist assessment is the single most effective preventive investment. An arborist will identify co-dominant stems, included bark unions, root zone issues, and decay indicators that are invisible to a homeowner’s eye but represent real storm failure risk.
The Decision Framework: A Clear Summary
After a storm, your removal decision should follow this logic:
If you see any of these — trunk split, root plate heaving, significant new lean, widow maker over a target, complete bark girdling — act the same day. Do not go under the tree. Call a tree service and describe the condition accurately so they can triage your call correctly.
If the damage is canopy-only — branches broken but trunk and root zone intact, no hanging limbs over targets — schedule a professional assessment within three to five days. Use this window to document the damage for potential insurance purposes and to prevent wound deterioration from delaying too long.
If the tree shows no structural damage and no hanging limbs over targets, schedule a standard follow-up assessment within one to two weeks. Even trees that appear unscathed after a severe storm benefit from professional review, particularly large trees over structures, trees in Austin’s clay soils, and species with known structural vulnerabilities.
When in doubt, call. A phone description of the damage conditions is enough for an experienced tree service to guide you on urgency. The cost of a wrong decision — in either direction — is always higher than the cost of a two-minute phone call.
Austin Tree Services TX provides emergency storm response, same-day assessments, and scheduled post-storm evaluations across Austin and all surrounding communities. After any significant weather event, we offer no-charge structural assessments for Austin-area property owners because the alternative — a homeowner guessing at structural integrity — produces outcomes that nobody wants.
If a tree is touching a power line after the storm, do not touch the tree, any debris connected to it, or any standing water near it. Contact Austin Energy at 512-322-9100 before calling a tree service. Live electrical contact requires utility clearance before any arborist can safely approach the site.
