Colorado's Beetle-Kill Crisis
Drive through the Rio Grande National Forest between South Fork and Creede and you’ll see it: hillsides of rust-red and gray timber stretching across ridgelines that were green a decade ago. This is beetle-kill the visible result of one of the largest bark beetle epidemics in Colorado history. More than 617,000 acres of the Rio Grande National Forest have been affected since 1996. And despite what you may have heard, the outbreak is not over.
While recent attention has focused on the Front Range outbreak, southwest Colorado’s Rio Grande National Forest has been dealing with beetle mortality on a massive scale for nearly three decades and a new chapter of activity is underway right now between South Fork and Creede. If you own property in this region, understanding what’s happened and what’s still happening is the first step toward protecting it
What Is Beetle-Kill?
"Beetle-kill" is the term Coloradans use for timber killed by bark beetles a family of small insects that bore beneath tree bark, disrupt the flow of nutrients, and ultimately kill their host. The term is local shorthand for a regional crisis that has fundamentally changed the landscape of Colorado's mountain forests. The beetles themselves are native. They've always been part of these forests, cycling through populations that healthy trees can largely resist. What changed is scale. Decades of fire suppression created unnaturally dense forests. Drought weakened tree defenses. Warmer winters stopped killing beetle larvae that once died in cold snaps. The result: beetle populations exploded past what the forest could absorb, and the epidemic spread across millions of acres. The dead timber left behind isn't just an aesthetic loss. It's fuel. A standing dead spruce or pine ignites differently than a living tree faster, hotter, with less warning. Every acre of beetle-kill that goes untreated is an acre that makes the next wildfire more severe.
Forest Pests Affecting South Fork and the Rio Grande Region
Spruce Beetle (Dendroctonus rufipennis)
The spruce beetle drove the largest chapter of Colorado’s beetle epidemic. In the Rio Grande National Forest alone, spruce beetle mortality reached 617,000 acres a number that’s difficult to fully comprehend until you’ve stood on a ridgeline and looked at it.
Spruce beetles prefer Engelmann spruce, the dominant high-elevation tree across much of the San Juan Mountains. The epidemic peaked through the 2000s and 2010s but continues at lower levels. The dead timber it left behind gray snags, fallen logs, deep accumulations of dry debris remains the defining fuel hazard across the region.
Douglas-Fir Beetle (Dendroctonus pseudotsugae)
While attention focused on the spruce epidemic, a second outbreak quietly intensified. In 2024, Douglas-fir beetle activity in the Rio Grande National Forest surged to its highest level in a decade, concentrated in the South Fork to Creede corridor.
Douglas-fir beetle targets mature Douglas-fir trees, common on south-facing slopes and mid-elevations throughout the region. Unlike spruce beetle, which tends to hit dense high-elevation stands, Douglas-fir beetle works through the mixed forests closer to homes and roads the same terrain where defensible space matters most. This outbreak is active now. The 2025 aerial survey confirms Douglas-fir beetle continues killing trees across most counties in central and southern Colorado, naming Mineral, Hinsdale, Saguache, and Gunnison among those most affected. Mineral County is Creede. The Rio Grande National Forest itself now describes Douglas-fir beetle as the most active beetle on the forest in the mid-2020s, and states that it is most noticeable between South Fork and Creede.
Mountain Pine Beetle (Dendroctonus ponderosae)
Mountain pine beetle drove Colorado’s most widely reported epidemic killing an estimated 3.4 million acres of lodgepole pine statewide between the late 1990s and 2015. While that peak has passed, mountain pine beetle is not gone. Mountain pine beetle is currently the top forest health concern in Colorado. In 2025, aerial survey data recorded 5,544 acres of ponderosa pine mortality across a nine-county area of the Front Range, up from 2,236 acres in that same area the year before, a 148% increase, and the beetle continues expanding in Gunnison, Chaffee, and Park counties as well as parts of southwestern Colorado. Ponderosa pine on dry, stressed sites remain vulnerable and drought years favor beetle reproduction while suppressing tree defenses.
Western Spruce Budworm (Choristoneura occidentalis) — The Moth Behind the Beetle Surge
The western spruce budworm is technically a moth small, unremarkable at full maturity but it does its damage as a caterpillar. In spring, larvae emerge and consume the new needle growth of Douglas-fir, true fir, and Engelmann spruce, leaving foliage with a rust-burnt color that from a distance looks similar to drought stress or early beetle damage. A single year of budworm defoliation rarely kills a tree. Three or more consecutive years of attack is a different story.
The budworm was the most widespread forest pest in Colorado in 2024, more widespread than all bark beetles combined, affecting 217,000 acres statewide that year, up from 202,000 the year before, with Gunnison County alone recording over 46,000 acres of defoliation. Those remain the most recent statewide totals available. Aerial survey coverage was cut roughly in half in 2025, about 13.4 million acres flown compared to nearly 30 million in 2024, because of aircraft, pilot, and funding limits, so the Colorado State Forest Service did not publish statewide acreage figures for 2025. What the 2025 survey did confirm is that budworm defoliation remains extensive and intense and that most Douglas-fir stands in southwestern Colorado are affected. Southwest Colorado is directly in its active range. The South Fork–Creede corridor, sitting within the mixed-conifer and spruce-fir belt the budworm targets, is in the path of this expanding outbreak.
The connection to the Douglas-fir beetle surge is direct and significant: consecutive years of budworm defoliation leave trees drought-stressed and nutritionally depleted exactly the condition that prevents trees from producing the resin needed to repel attacking bark beetles. The budworm weakens the tree. The Douglas-fir beetle moves in and finishes it. This one-two punch explains much of the current beetle activity in the South Fork–Creede corridor, and it’s why forest health in this region cannot be understood by looking at any single pest in isolation.
Signs of budworm activity on your property: rust-brown or burnt-orange discoloration of new needle growth in late summer, concentrated at branch tips and upper crown; silken webbing among damaged needles; bare branch tips on Douglas-fir, white fir, or spruce. Trees showing these symptoms are significantly more vulnerable to bark beetle attack in subsequent seasons.
Piñon Ips (Ips confusus)
Piñon ips is the beetle that matters on piñon-juniper ground rather than up in the spruce and Douglas-fir country. It attacks Colorado piñon in the piñon-juniper woodlands that occur at lower elevations across southern and western Colorado, generally below about 8,000 feet, which includes the piñon-juniper stands on properties we work around Del Norte and Monte Vista. The Colorado State Forest Service has listed it among the top forest health concerns in southeast Colorado for four consecutive years and tracks it in the piñon-juniper country of western Colorado, and it is named in the state’s outlook as expected to increase again this season. Junipers growing alongside piñon are not attacked by this particular beetle.
Piñon ips rarely attacks a healthy, unstressed tree. Drought opens the door, and so does fresh-cut wood: resin from cut piñon actively attracts the beetle, and slash left on the ground can build populations that emerge and kill standing trees nearby. That is why the cutting calendar matters more on piñon than on anything else we work. State guidance is to prune and thin piñon from November through February when the beetles are inactive, to time cutting for days when temperatures stay below 50 degrees, to remove all freshly cut material rather than stacking it near living trees, and to remove infested trees as soon as they are identified. The signs are needles fading to a dull reddish-brown and trunks riddled with small round exit holes that look like drill holes, without the pitch tubes you would see on a pine under bark beetle attack.
Roundheaded Pine Beetle Complex (Dendroctonus adjunctus)
Roundheaded pine beetle and a complex of associated native bark beetles, including mountain pine beetle, southwestern pine beetle, larger Mexican pine beetle, and ips engravers, continue expanding in the ponderosa pine forests of southwestern Colorado. The counties the Colorado State Forest Service names as most impacted are Montrose, San Miguel, Montezuma, and Archuleta. Archuleta County is Pagosa Springs, which puts this complex squarely inside our service area.
Because several species work the same stands together, ponderosa mortality in this corner of the state often cannot be pinned on a single beetle, and the identification details matter less than the response. Management is the same regardless of which species is doing the killing: reduce stand density so remaining trees can defend themselves, remove infested and dead trees, and keep fresh slash off the ground.
Western Balsam Bark Beetle (Dryocoetes confusus)
Western balsam bark beetle has been the deadliest forest pest in Colorado for three years running, holding steady at about 27,000 acres in 2024. It kills subalpine fir, often growing intertwined with Engelmann spruce at high elevation, and it works together with associated root diseases under chronic, low-intensity conditions rather than in dramatic waves. That makes it easy to overlook: instead of a hillside turning red in one season, stands thin out gradually over years.
The counties the state lists as most severely impacted are north and west of us, including Jackson, Grand, Larimer, Clear Creek, Park, Lake, Pitkin, Gunnison, Mesa, and Delta. It is less of a South Fork story than spruce beetle or Douglas-fir beetle, but subalpine fir anywhere in Colorado’s high country is a host, and it is on the state’s list of pests expected to expand this season.
Aspen Decline and the Poplar Borer
Aspen die differently than conifers, and the culprits are different too. What foresters call sudden aspen decline is not one insect but a combination. Drought stress opens the door, and research on declining aspen stands in southwestern Colorado found cytospora canker, bronze poplar borer, and aspen bark beetles to be the agents most consistently present. The result is rapid branch dieback and mortality across whole clones rather than scattered individual trees, and once a clone begins declining, the process tends to run.
The poplar borer is the one property owners actually notice. It is a longhorn beetle whose larvae tunnel into aspen trunks, and the giveaway signs are round holes in the bark with coarse, excelsior-like frass on the trunk and on the ground below, often with dark sap running from the wounds. Aspen are seldom killed by the tunneling itself. The problem is structural: repeated attack riddles the trunk, and heavily infested aspen become prone to snapping in wind. That makes a borer-damaged aspen leaning over a house, driveway, or deck a hazard tree question rather than a forest health one, and hazard aspen removal is work we handle.
How to Prevent Bark Beetle Infestations Without Chemicals
Search for how to prevent bark beetles and most of what comes back is insecticide: bifenthrin, permethrin, carbaryl, sprayed on the trunk before beetles fly. Those products exist, they work within limits, and they are applied by licensed applicators. Timberline does not chemically treat trees. What we do is the other half of prevention, and it is the half the forestry agencies lead with: managing the stand and managing the wood.
Thin to reduce competition
A tree’s only real defense against an attacking beetle is resin, and resin takes water. In a dense stand, every tree competes for the same limited soil moisture and none of them have enough to pitch out an attack. Thinning to appropriate spacing gives the remaining trees the root space and water to defend themselves. It is the most durable thing a property owner can do, and it is the same work as creating defensible space, which is why one project accomplishes both.
Remove infested trees before the beetles leave them
A tree that has been successfully colonized cannot be saved, but it is still full of beetles that will emerge and attack its neighbors. Removing those trees before the next flight is how one dead tree does not become ten. Priority goes to recently attacked trees, the ones with fading crowns, fresh pitch tubes, or fresh boring dust. Trees that have been dead long enough to go gray and shed bark are no longer a beetle source, though they remain a fuel and hazard problem.
Keep slash off the ground, and cut in the cold
Fresh-cut material is not neutral. Large-diameter slash and freshly cut wood left on the ground can breed bark beetles, and in piñon country the resin from cut wood actively draws them in. A cleanup that leaves piles sitting through the warm season can raise beetle pressure on the trees it was meant to protect. This is why removing slash from the site is part of the job rather than an add-on, and why timing matters: cutting during cold months when beetles are not flying, and getting the material off the property before spring, is the difference between mitigation and an invitation.
What chemical treatment can and cannot do
Preventive sprays and trunk injections can protect specific high-value trees that are not yet attacked, for a season, and they are a legitimate tool in the hands of a licensed applicator. What they cannot do is save a tree that already has beetles under the bark, and they are not a practical way to protect acreage. If an applicator is treating the yard trees around your house, thinning and sanitation across the rest of the property is what makes that treatment worth paying for.
Colorado Forest Pests at a Glance
The pests killing trees across Colorado, what each one attacks, and where it is active now.
| Pest | Host trees | Where it's active | What to look for |
|---|---|---|---|
| Spruce beetle | Engelmann spruce | Rio Grande National Forest and San Juans; 617,000 acres infested between 1996 and 2023, continuing at lower levels | Gray standing snags, fallen logs, boring dust, bark stripped by woodpeckers |
| Douglas-fir beetle | Mature Douglas-fir | The most active beetle on the Rio Grande National Forest in the mid-2020s, most noticeable between South Fork and Creede; Mineral, Hinsdale, Saguache, Gunnison among most affected | Pitch tubes, reddish boring dust, crowns fading green to yellow to rust-red |
| Mountain pine beetle | Lodgepole and ponderosa pine | Front Range (5,544 acres in 2025, up 148%), Gunnison, Chaffee, Park; parts of southwest Colorado | Popcorn-shaped pitch tubes, boring dust, blue-gray stain in cut wood |
| Piñon ips | Colorado piñon | Piñon-juniper woodlands below about 8,000 feet across southern and western Colorado; a top concern in southeast Colorado four years running | Needles fading dull reddish-brown; small round exit holes like drill holes, no pitch tubes |
| Roundheaded pine beetle complex | Ponderosa pine | Southwestern Colorado; Montrose, San Miguel, Montezuma, Archuleta (Pagosa Springs) | Group mortality in ponderosa stands, often several beetle species working together |
| Western balsam bark beetle | Subalpine fir | High-elevation spruce-fir; Colorado's deadliest forest pest three years running at about 27,000 acres, heaviest north and west of the San Luis Valley | Gradual stand thinning rather than sudden red-out; often paired with root disease |
| Western spruce budworm | Douglas-fir, true fir, Engelmann spruce | Most Douglas-fir stands in southwestern Colorado; 217,000 acres statewide in 2024, the most widespread forest pest in the state | Rust-orange new needle growth in late summer, silken webbing, bare branch tips |
| Poplar borer / aspen decline | Quaking aspen | Aspen stands across the region, tied to drought stress | Round trunk holes with coarse excelsior-like frass, dark sap streaks, wind-snapped trunks |
Sources: Colorado State Forest Service 2025 and 2024 Forest Health Reports and species quick guides; USDA Forest Service, Rio Grande National Forest. Statewide acreage totals were not published for 2025 because aerial survey coverage was reduced from roughly 30 million acres to 13.4 million.
How to Identify Pest Damage on Your Property
Bark beetle infestations and budworm defoliation often go unnoticed until significant damage is done. By the time a tree turns fully red from beetle attack, the insects have already moved on to new hosts. Catching activity early gives you options.
Signs of Bark Beetle Activity
- Pitch tubes: Small masses of resin on the bark surface, white to reddish-brown, resembling hardened sap. Many pitch tubes on a single tree is a serious warning sign of active infestation.
- Boring dust: Fine reddish-brown sawdust collecting in bark crevices or at the base of the tree — frass produced by beetles tunneling beneath the bark.
- Fading crown: Needles turning from green to yellow to rust-red over the course of a season. By the time the crown is fully red, the tree is dead.
- Blue-stain fungus: Split a piece of beetle-killed wood and you’ll see distinctive blue-gray streaking. Carried by bark beetles, this fungus is cosmetic only — it doesn’t weaken the wood. It’s also what gives Timberline’s beetle-kill firewood its distinctive character.
- Woodpecker activity: Heavy woodpecker foraging — large patches of stripped bark — often indicates beetle larvae beneath.
Signs of Western Spruce Budworm
- Rust-orange needle tips: New growth at branch tips and upper crown turns rust-brown or burnt-orange in late summer. Damage is most visible from late July through September.
- Silken webbing: Larvae spin fine webbing around damaged needles while feeding. Look for webbed clumps of dead needles on branch tips.
- Bare branch tips: Repeated defoliation leaves branch tips progressively bare, starting in the upper crown. After three or more years of attack, trees show thin, ragged crowns and are primed for beetle colonization.
What Pest Activity Means for Your Property
Wildfire Risk
Dead and dying trees dry out rapidly and carry fire differently than living trees. A standing dead spruce with dry needles and resin-soaked wood can torch — ignite crown to root in seconds. Dense accumulations of fallen beetle-kill create continuous fuel beds that sustain and spread ground fire far more aggressively than healthy forest. Budworm-damaged trees, weakened but not yet dead, add a layer of dry, stressed canopy fuel to the mix. Properties surrounded by unmanaged beetle-kill and budworm damage face elevated risk from fuel continuity across the broader landscape.
Hazard Trees
Standing dead timber is structurally compromised. A spruce or pine that died five years ago has lost root integrity, shed most of its bark, and may be in advanced decay. These trees can fall without warning — in wind, in wet soil conditions, or simply as decay progresses. Hazard trees near structures, driveways, power lines, and recreation areas represent both safety and liability risk.
Forest Health Trajectory
How beetle-kill and budworm damage is managed now shapes what comes next. Stands left untreated tend to regenerate in dense thickets of young trees that create tomorrow’s fuel hazard. Strategically thinned stands regenerate more naturally, with better species diversity, resilient spacing, and reduced wildfire risk during the transition. Conditions this season make that timing more urgent than usual. Colorado recorded its hottest average temperature on record for the first six months of the 2026 water year, October through March, and the eighth driest, with snowpack far below average across every river basin on May 1. The Colorado State Forest Service expects infestations of mountain pine beetle, Douglas-fir beetle, piñon ips, western balsam bark beetle, and the roundheaded pine beetle complex to increase in intensity and expand this season, and expects budworm defoliation to intensify. The state has taken notice: in December 2025 the Governor created the Ponderosa Mountain Pine Beetle Task Force by executive order, aimed at the mountain pine beetle outbreak in Front Range ponderosa forests. That outbreak is not ours, but the conditions driving it are the same ones driving the beetles here. Water-stressed trees cannot produce the resin they need to push back.
Beetle-Kill Timber as a Heating Resource
Beetle-kill timber serves two distinct markets. A growing furniture and construction industry uses beetle-killed pine for its distinctive blue-gray character flooring, paneling, accent walls. That’s not what we do. Timberline Forestry processes locally sourced beetle-kill from Rio Grande National Forest mitigation projects into properly seasoned firewood. The goal isn’t aesthetics it’s removing dead timber from the landscape before it becomes wildfire fuel, and converting it into heating fuel for mountain homes
Every cord of Timberline firewood started as a standing dead tree. The blue-stain that marks beetle-kill wood is cosmetic only no effect on heat output or burn quality. Properly seasoned to under 20% moisture, beetle-kill spruce and pine burns cleanly and efficiently, heating your home with wood that would otherwise contribute to the next wildfire.
Frequently Asked Questions
Is the beetle-kill crisis over in Colorado?
No. While the spruce beetle epidemic that peaked in the 2000s and 2010s has slowed, it continues. The Douglas-fir beetle outbreak in the South Fork–Creede corridor reached its highest activity level in a decade in 2024, mountain pine beetle is resurging in Gunnison County and southwest Colorado, and western spruce budworm — the most widespread forest pest in the state — expanded to 217,000 acres in 2024. The compound pressure of multiple pests operating simultaneously makes the current situation more complex than any single outbreak.
Why are there so many beetles right now?
Several factors converged. Decades of fire suppression created unnaturally dense forests where beetles spread easily. Prolonged drought weakened tree defenses — healthy trees pitch out attacking beetles with resin; drought-stressed trees can’t produce enough resin to defend themselves. Warmer winters reduced the cold-temperature mortality that historically kept beetle populations in check. And western spruce budworm defoliation has further weakened Douglas-fir and spruce, creating ideal conditions for beetle attack.
What does bark beetle damage look like?
Early signs include pitch tubes (resin globs on bark), boring dust at the base of the tree, and woodpecker foraging. As infestation progresses, needles fade from green to yellow to rust-red over a single season. By the time the crown is fully red, the tree is dead. Gray, needle-free snags indicate trees dead for a year or more. Blue-gray streaking in the wood (blue-stain) is a characteristic sign of beetle-kill timber.
Can beetle-killed trees be saved?
Once a tree has been successfully colonized — once galleries are established and blue-stain fungus has spread through the sapwood — it cannot be saved. Preventive treatments (verbenone pheromone packets, certain insecticides) can deter attack on high-value individual trees not yet infested, but provide no benefit to trees already killed.
What kind of beetle is killing trees in Colorado?
Three species are most significant in southwest Colorado: spruce beetle (affecting Engelmann spruce, responsible for the historic 617,000-acre Rio Grande NF epidemic), Douglas-fir beetle (currently surging in the South Fork–Creede corridor), and mountain pine beetle (resurging in Gunnison County and southwest Colorado). Roundheaded pine beetle and associated species are also active in the San Juan National Forest. Western spruce budworm — a moth, not a beetle — is compounding the problem by weakening trees before beetle attack.
Is beetle-kill wood safe to burn?
Yes. Beetle-killed timber properly seasoned to under 20% moisture burns cleanly and efficiently. The blue-stain from the associated fungus is purely cosmetic with no effect on heating value or burn safety. Timberline Forestry’s firewood is sourced from local beetle-kill mitigation projects and moisture-verified before every delivery.
What is the western spruce budworm and is it related to beetle kill?
The western spruce budworm is a native moth whose caterpillar stage consumes the new needle growth of Douglas-fir, true fir, and Engelmann spruce. It’s currently the most widespread forest pest in Colorado at over 217,000 acres. Its connection to beetle-kill is direct: trees defoliated by budworm for multiple consecutive years become drought-stressed and unable to produce resin — their primary defense against bark beetle attack. The budworm weakens the tree; the Douglas-fir beetle finishes it. This is a significant factor driving the current Douglas-fir beetle surge in southwest Colorado.
What are the best methods to prevent bark beetle infestations?
There is no way to make a forest beetle-proof, but stand conditions decide how much damage an outbreak does. The most effective prevention is reducing competition: thinning dense stands so remaining trees have the water and root space to produce resin, which is a tree’s only real defense. After thinning, the practices that matter most are removing infested trees before the beetles inside them emerge, keeping slash and fresh-cut material off the ground rather than piled through the flight season, and raising crowns to lower stand density. Preventive insecticide and semiochemical treatments for individual high-value trees exist and are applied by licensed applicators. Timberline does not chemically treat trees; our work is thinning, removal, crown raising, and slash management.
Are there environmentally friendly ways to prevent bark beetle damage?
Yes, and they are the methods forestry agencies recommend first. Thinning, sanitation, and slash management require no chemicals at all and address the actual cause of most outbreaks, which is stand density plus drought stress. Chemical sprays protect one tree at a time for one season; a properly thinned stand defends itself for years. Removed material does not have to be waste either, since sound wood becomes firewood rather than being burned or landfilled. The practical answer for most mountain properties is mechanical: thin, remove what is infested or dead, get the slash off the site, and cut during cold months when beetles are not flying.
Does leftover slash and cut wood attract bark beetles?
It can, and this is the part most property owners miss. Fresh-cut material and large-diameter slash left on the ground can serve as breeding habitat, and in piñon country the resin from cut wood actively attracts piñon ips. A cleanup that leaves piles sitting through the warm season can raise beetle pressure on the very trees it was meant to protect. That is why removing slash from the site is part of the job, and why timing matters: state guidance for piñon is to cut from November through February, on days below 50 degrees, and to avoid stacking cut wood next to living trees.
What should I do with beetle-killed trees already on my property?
Dead trees do not recover, so the decision is about risk and timing. Start with anything that can hit something: standing dead timber near structures, driveways, power lines, or gathering areas, since a spruce or pine dead several years has lost root and bark integrity and can fall without warning. Next comes fuel, since dense pockets of standing and fallen beetle-kill carry fire faster and hotter than living forest. Trees already gray and bark-free are no longer a beetle source, but recently attacked trees still holding beetles are, so those move up the list. Sound wood from removals becomes seasoned firewood rather than waste.
What is piñon ips and how do I protect my piñon pines?
Piñon ips (Ips confusus) is a native bark beetle that attacks Colorado piñon in piñon-juniper woodlands at lower elevations across southern and western Colorado, generally below about 8,000 feet, including piñon-juniper stands in the lower San Luis Valley. It rarely attacks healthy trees, so drought stress and fresh-cut wood are what trigger outbreaks. Protection is mostly about timing and sanitation: prune and thin piñon from November through February when beetles are inactive, cut on days when temperatures stay below 50 degrees, remove all fresh-cut material rather than stacking it near living trees, and remove infested trees as soon as they are found. Look for needles fading to dull reddish-brown and small round exit holes without pitch tubes. Junipers growing among the piñon are not attacked by this beetle.
What is wrong with my aspen trees?
Aspen decline is usually a combination rather than a single pest. Drought stress opens the door, and research on declining stands in southwestern Colorado found cytospora canker, bronze poplar borer, and aspen bark beetles most consistently present, producing rapid branch dieback across whole clones. The poplar borer is what most people actually see: round holes in the trunk with coarse, excelsior-like frass and dark sap streaks running down the bark. Aspen are seldom killed by the tunneling itself, but repeated attack weakens the trunk enough that heavily infested trees snap in wind. Borer-damaged aspen near a house, deck, or driveway is a hazard tree, and removal is the right call.
What You Can Do
Get a Property Assessment
The first step is understanding what you’re actually dealing with. A professional forest health assessment identifies active beetle infestations, evaluates hazard trees, quantifies defensible space gaps, and prioritizes what needs attention now versus what can wait.
Create Defensible Space
Beetle-kill mitigation and defensible space creation are the same work. Removing dead and dying trees, reducing fuel loads, and creating strategic spacing around your structure addresses both the immediate wildfire risk and the long-term forest health trajectory. Removing hazard trees and creating defensible space is also work Colorado’s wildfire mitigation tax credit covers, worth up to $1,000 per year through tax year 2027. Learn more >
Turn Beetle-Kill into Firewood
Every dead tree removed from your property or the surrounding landscape is one less piece of wildfire fuel. Timberline Forestry processes beetle-kill timber from local mitigation projects into properly seasoned firewood heating your home with wood that would otherwise contribute to the next fire.