Many trees can and do grow back after being cut down, sending up new shoots from the remaining stump or from their root system within weeks or months of felling. This ability, called resprouting, is far more common in broadleaf hardwoods like oaks, maples, and birches than in most conifers such as pines and spruces. Whether a particular tree will regrow depends on the species, how old and large it was before cutting, when during the year it was felled, and what happens to the stump afterward.
How Trees Regrow From a Stump
When a tree is cut, the root system underground does not die immediately. In many species, the roots retain stored energy and, just as important, the stump retains dormant buds embedded in or beneath the bark. These buds were present during the tree’s life but were held in check by hormones flowing down from the canopy. Research on oaks has shown that the hormone indole-3-acetic acid, produced in the growing tips of branches, actively suppresses these dormant buds. Once the trunk is removed and that hormonal signal stops, the buds are released from dormancy and begin growing into new shoots.1Forest Science. Evidence for the Hormonal Control Of Stump Sprouting by Oak This is why a freshly cut stump can produce a ring of vigorous green shoots surprisingly fast, sometimes within a few weeks in the growing season.
Not all sprouts come from the same type of bud. Some species carry what are called preventitious buds, which formed early in the tree’s life and have been sitting dormant in the bark ever since. Others produce entirely new buds from scratch after wounding. These adventitious buds develop from ordinary bark cells that essentially reprogram themselves to become growth points. Species like linden, sycamore maple, and ash have been documented forming adventitious buds deep within their trunk bark, giving them a backup resprouting pathway even if their original dormant buds are damaged.2American Journal of Botany. The Occurrence of Adventitious and Preventitious Buds Within the Bark of Some Temperate and Tropical Trees
There is also a second, entirely different route to regrowth. Some species send up new shoots not from the stump itself but from their lateral roots, sometimes meters away from the original trunk. Trembling aspen is the classic example. After a tree is cut or burned, its extensive root network pushes up dozens of new stems called root suckers, which is how aspen groves typically regenerate.3New Forests. Trembling aspen root suckering and stump sprouting response to above ground disturbance on a reclaimed boreal oil sands site in Alberta, Canada What looks like a young forest of individual trees may actually be one organism connected underground.
Which Trees Resprout Well and Which Do Not
The broadest dividing line is between hardwoods and softwoods. Most broadleaf (angiosperm) trees resprout readily. Oaks, maples, birches, willows, chestnuts, eucalyptus, and many tropical hardwoods are strong resprouters. Cut them down and, under reasonable conditions, the stump will produce new growth.
Conifers are a different story. Pines, spruces, firs, and most other needle-leaved trees generally do not resprout from stumps. A cut pine stump will almost always just die and slowly decay. The long-standing assumption was that conifers simply lack the biological machinery to resprout, but a broad review of gymnosperm resprouting found the picture is more nuanced. While conifers clearly do not resprout to the same degree as hardwoods, a surprising diversity of gymnosperm genera can recover vegetatively after major disturbance.4PubMed Central. Gymnosperm Resprouting—A Review Coast redwood is probably the most famous example: cut a redwood and the stump will send up a ring of sprouts that can grow into full-sized trees, forming the distinctive “fairy ring” circles visible in old-growth forests. Some species of yew, cypress, and podocarp also resprout, but these are exceptions in a group where non-sprouting is the norm.
If you have cut down a conifer in your yard and are hoping it will come back, the honest answer for most species is that it will not. If you have cut down a hardwood, there is a good chance it will, sometimes more vigorously than you want.
Age, Size, and the Window That Closes
One of the most important and least-appreciated factors is the age and size of the tree when it was cut. Younger, smaller trees are much better resprouters than older, larger ones. Research on five oak species in southern Indiana found that both parent tree age and trunk diameter were strong predictors of whether a stump would sprout and whether those sprouts would be competitive. As age and diameter increased, the probability of successful resprouting went down.5Canadian Journal of Forest Research. Predicting stump sprouting and competitive success of five oak species in southern Indiana
A similar pattern emerged in a study across southern New England, where stump sprouting declined with increasing preharvest diameter for upland oaks, red maple, sugar maple, and black birch.6Forest Science. Effect of Tree Diameter, Canopy Position, Age, and Browsing on Stump Sprouting in Southern New England The practical takeaway is straightforward: a young oak stump a few inches across will almost certainly sprout. A century-old oak with a two-foot-wide stump may not, or its sprouts may be too weak to develop into healthy trees.
Why does this happen? As trees age, their bark thickens, dormant buds get buried deeper and may die, and the root system’s stored energy relative to the size of the stump declines. In birch, the carbohydrate concentrations remaining in the stump after cutting correlate with how well shoots regenerate.7New Forests. Effects of coppicing on the root and stump carbohydrate dynamics in birches A young tree still has plenty of energy banked relative to its modest stump. An old tree’s reserves are spread thin across a massive root system that now has no canopy to feed it.
When You Cut Matters Too
The time of year a tree is felled makes a real difference in whether and how vigorously it resprouts. Research on birch showed a dramatic seasonal effect: only about half of stumps produced sprouts when trees were cut during the growing season, compared to over 90 percent when cut during the dormant season.8Forest Ecology and Management. Sprouting of 2- to 5-year-old birches (Betula pubescens Ehrh. and Betula pendula Roth) in relation to stump height and felling time
This makes sense biologically. During dormancy, a tree has pulled its energy reserves down into the roots and lower trunk for winter storage. Cut the trunk in January and all that stored energy is sitting right there, ready to fuel new sprouts as soon as spring arrives. Cut the same tree in July, when energy is spread throughout the canopy powering leaf growth, and the stump is left comparatively depleted.
This is useful knowledge in both directions. If you want a stump to resprout, as in managed forestry, cut in late fall or winter. If you are trying to remove a tree permanently and want to minimize regrowth, cutting during the middle of the growing season gives you better odds of the stump staying dead, though many vigorous species will still sprout regardless.
Coppicing and Pollarding: Regrowth by Design
Humans figured out thousands of years ago that some trees can be cut and regrown essentially indefinitely. Coppicing is the practice of cutting a tree near ground level and harvesting the new shoots that grow back, repeating the cycle every few years to a few decades. The regrown shoots, called coppice poles, grow faster than a tree started from seed because they are powered by the existing root system. Healthy coppice stools, as the regrowing stumps are called, can continue producing shoots for several hundred years if properly managed.9Academia.edu. COST Action FP1301 EuroCoppice – Coppice in Brief
A related technique, pollarding, involves cutting the tree several feet above the ground rather than at the base. This kept the tender new growth out of reach of grazing livestock. Pollarded trees can also live for centuries, producing a steady supply of poles and branches.
These are not obscure historical footnotes. Coppice forestry was the dominant form of woodland management across much of Europe for centuries and remains practiced in parts of Asia, Africa, and South America. Species like hazel, sweet chestnut, willow, and oak were the workhorses of this system. The wood provided fuel, fencing, tool handles, and building material. Eucalyptus plantations in tropical regions are still widely managed as coppice, with trees harvested and regrown on short rotations for pulpwood and charcoal.
What Happens Underground After Cutting
From above ground, a freshly cut stump looks inert. Below the surface, the root system is very much alive and active. Research on eucalyptus plantations managed as coppice revealed something remarkable about how deep roots behave after the tree above them is removed. After clear-cutting, fine root growth in the coppice regrowth extended down to extreme depths, beyond 13 meters into the soil. Root mortality remained very low at all depths. The established root system gave the regrowing trees access to water stored in deep soil layers, a reserve that newly planted trees would not reach for years.10Forest Ecology and Management. Consequences of clear-cutting and drought on fine root dynamics down to 17 m in coppice-managed eucalypt plantations
This deep root access has practical consequences. It means coppice-regrown trees are more drought-resistant than newly planted seedlings, because they inherit the water supply of their predecessor. It also means that if you cut a tree and expect the roots to simply die, you may be waiting a long time. In species with vigorous root systems, the underground network can persist and keep sending up new shoots for years, even if you repeatedly cut back what appears aboveground.
The Decay Problem With Stump Sprouts
Regrowing from a stump is not without drawbacks. The old stump is dead wood, and dead wood attracts fungi and decay organisms. New sprouts growing from the stump are physically attached to that decaying wood, which creates a potential entry point for rot into the new tree as it grows. Research on oak stump sprouts found that where on the stump the sprout originates matters a great deal. Sprouts that arise from the lowest part of the stump are least likely to develop butt rot from the decaying parent wood. Sprouts originating higher on the stump, while they sometimes grow faster and can become the dominant shoot in a clump, are more vulnerable to decay creeping in from below.11Oxford Academic. Origin and Development of Oak Stump Sprouts As Affecting Their Likelihood to Decay
For foresters managing coppice or natural regeneration, this means that keeping stumps low to the ground, and encouraging sprouts from the base rather than higher up, produces healthier trees in the long run. For a homeowner, it means that a tree regrowing from a large stump may look healthy for years but could develop internal decay at the base that makes it structurally weaker than a tree grown from a seedling. If a resprouted tree is in a location where it could fall on a house or a road, it is worth having an arborist assess it as it matures.
Browsing and Competition After Cutting
Even when a stump sprouts vigorously, the tender new shoots face threats that a full-sized tree would shrug off. Deer browsing is one of the biggest. In a study of aged oak coppice forests in Europe, about 16 percent of sessile oak stumps died within two growing seasons after cutting, and stump mortality was higher in areas exposed to deer browsing compared to fenced areas. In unfenced areas, the average maximum height of new sprouts was reduced by nearly 80 percent.12Forest Ecology and Management. The effect of harvesting on stump mortality and re-sprouting in aged oak coppice forests The good news from that same study is that even 80- to 100-year-old oak stumps that had originated from coppice management still showed high resprouting ability. The age window had not fully closed, even after a century.
Competition from surrounding vegetation is the other major pressure. As sprouts grow, they shade out ground-level plants, and the effect can be substantial. Research in a temperate forest found that developing stump sprouts significantly reduced the cover and diversity of understory plants, with the suppressive effect leveling off once sprout biomass reached a certain threshold a few years after logging. The effect was notably stronger on non-native species than on native plants, suggesting that stump resprouting can actually tilt the competitive balance in favor of native understory vegetation.13Nature Publishing Group. Resprouting trees drive understory vegetation dynamics following logging in a temperate forest
Resprouting Trees and Drought Resilience
The ability to resprout is not just useful after cutting. It also confers a broader ecological advantage under environmental stress, including drought. Species that have evolved resprouting ability tend to have systematic differences in how they manage water and allocate resources compared to species that rely solely on seeds to regenerate. Research has found that resprouting species are generally more resilient to drought stress than non-resprouting species, and that ecosystems dominated by resprouters recover from disturbance more quickly than those dominated by species that cannot resprout.14New Phytologist. Drought and resprouting plants
This matters in a world where droughts and wildfires are becoming more frequent and severe in many regions. Forests composed of resprouting species can bounce back from fire or drought without needing to rely entirely on seedling establishment, which is slower and more vulnerable to harsh conditions. It is one reason why land managers sometimes favor resprouting hardwoods in restoration projects on degraded or fire-prone land. The deep root access described earlier plays directly into this: a resprouting tree taps into established moisture reserves that a seedling cannot reach.
When You Do Not Want the Tree to Come Back
For many homeowners, the question is not whether a tree will grow back but how to stop it from doing so. If you have cut a vigorous hardwood and want the stump gone, simply cutting it flush with the ground is rarely enough. New shoots will appear, and if you ignore them, some species will regrow into a multi-stemmed shrubby tree within a few years.
The most common approaches to preventing regrowth include:
- Stump grinding: Mechanically grinding the stump and major surface roots several inches below the soil line removes most of the dormant buds and makes it harder for the tree to sprout. This does not kill the entire root system, though, and some species may still send up root suckers nearby.
- Herbicide application: Applying a systemic herbicide (usually containing triclopyr or glyphosate) to the freshly cut stump surface is the most reliable way to kill the root system. The fresh-cut wood absorbs the chemical and transports it into the roots. Timing matters here too: application immediately after cutting is most effective, as the cut surface dries out and becomes less absorptive within hours.
- Repeated cutting: For people who prefer not to use herbicides, cutting back every new sprout as soon as it appears will eventually exhaust the root system’s stored energy. This can take multiple seasons of diligent re-cutting, and it requires patience that most people underestimate.
Root-suckering species like aspen and black locust are especially hard to eliminate because their root networks extend far from the original stump. Cutting down one tree can actually stimulate suckering across a wide area, producing more stems than you started with. With these species, stump treatment alone is often not enough, and dealing with root suckers can become a multi-year project.
How Stump Height Affects Regrowth
A detail that might seem trivial but turns out to matter is how tall the stump is left after cutting. Lower stumps tend to produce sprouts that are better positioned structurally, as noted with the decay research above. But taller stumps sometimes produce more sprouts initially, because there is more bark surface area harboring dormant buds. The tradeoff is between quantity and quality of new growth.
In traditional coppice management, the standard practice was to cut as close to the ground as possible. This encouraged low-origin sprouts that could eventually develop their own root flares and become more independent of the decaying parent stump. Pollarding, by contrast, deliberately left a tall trunk, but pollard trees were managed for repeated harvesting of small poles and branches, not for producing timber-quality stems. For anyone managing stump regrowth in a yard or woodlot, cutting the stump low and clean is generally the best approach, whether you want the tree to regrow well or plan to treat the stump to prevent regrowth.
The forestry research on browsing in southern New England adds another layer to this: if deer pressure is high and sprouts keep getting eaten back, even low-cut stumps from large-diameter trees produce fewer successful sprouts than stumps from smaller trees.6Forest Science. Effect of Tree Diameter, Canopy Position, Age, and Browsing on Stump Sprouting in Southern New England In areas with heavy deer populations, protecting new sprouts with fencing or tree tubes may be necessary to give them a chance to establish.