Trees are like children: you get out of them what you put into them. The more you can help with water, fertilizer and good conditions, the faster they will grow and the sooner they will come into production. New plants haven't developed enough feeder roots or storage roots to find and store the water they need to survive, so you must water new plants. Water with intelligence, not just on a rigid schedule. Place your finger in the soil above the plant's roots each day. If the soils is dry, water. It the soil is not dry then do not. The roots of a tree need oxygen, and too much water deprives them of that. Harming a plant's roots when it is young can negatively affect the plant for the rest of its life.

Your planting site selection should be well-drained (better than apple trees require), non-low lying area, sandy loam soils with a pH between 5-6.5. The best location is a south slope, with good air and water drainage - avoid frost pockets. A sheltered north-facing slope protected from drying winds and low sun of winter may be better for cold windy sites.

The most common mistake in chestnut cultivation is to plant them on sites that are too wet or too "heavy" (too much clay). Dense clay soils stunt root growth and hold on to too much water, leading to weak, slow-growing trees. Clay soils can be tolerated if there is good surface drainage (slope), but chestnuts do best on deep, sandy loams. . Full sun 8 hours is required for nut production minimum of 6 hours of full sun. Non-filtered sun. Prepare the area by removing any weeds prior to planting. This step is often overlooked but is absolutely critical to any successful planting. Weeds and grass steal light, water and nutrients from your trees. We recommend weed mats.


Plant at least 2 trees for pollination, but production is better with more trees when planted 30-50’ apart. (2 ore more Dunstan's are all you need). Ideal spacing for nut production is between 30-40' apart.

You need at least two Dunstan Chestnuts for pollination, planted no farther than 50' apart for the the best pollination.

Dig the hole twice as wide as the pot but no deeper than the root-ball. Do not add amendments to the soil such as mulch or organic matter, this acts like a sponge and increases root rot and robs the trees of nitrogen from the fertilizer (microbes breaking down the organic matter use nitrogen in the process).

Carefully remove the tree from the pot keeping the soil around the roots intact. It helps to tap the outside of the container to loosen the edge. Do not yank the tree out of the container as this can separate the roots from the tree. If the roots are curled or wrapped up inside the pot, spread them out or cut off severely curled roots. This will promote new root growth.

Plant the tree at the same height they were grown in the pot, not deeper. Bare root trees will have a noticeable color difference between the roots and the trunk. Plant at the depth of this color difference.

Partially fill in the planting hole with the native soil. Set the tree in the middle of the hole. Avoid planting the tree too deep. Using some soil, secure the tree in a straight position,then fill the native soil and firming the soil around the lower roots making sure there are no air pockets. Keep back-filling until the soil is level with the root collar.

We recommend creating a water-holding basin around the hole and water the trees in thoroughly at planting. Remove the berm at the end of the second growing season. Water slowly at the drip-line. Water in thoroughly, making sure there are no air pockets around the roots. Air pockets prevent roots from growing into the soil around it. After the water has soaked in, spread a protective layer of mulch 2-4" deep around the trunk pulling the mulch a few inches away from the trunk for good air circulation. Choices for mulch, leaf litter, hay, shredded or fine bark, pine needles or use weed mats to prevent weed competition and to reduce water evaporation.

Please remove the pot stake that came with your trees any ties, tags and labels from trees to prevent girdling trunks and branches.

How to test if your tree will need to be staked

Hold the trunk with one hand to find the height at which the unsupported top can stand up on its own and will spring back to a vertical position if lightly flexed. Allow trees a slight amount of flex rather than holding them rigidly in place. Tree straps should be made of material that will not injure or girdle the tree.
We do recommend keeping the pot stake attached to the tree for 1 season, remove the green tape from the tree and stake, refasten with fabric tree strap material. After 1 season you can remove the pot stake.
If using Grow Tubes then staking the tree is not necessary.

Instructions for staking trees

Remove the pot stake that came with the tree. If the tree appears stable staking is not needed. If using Grow Tubes then staking the tree is not necessary. If staking is necessary, hold the trunk with one hand to find the height at which the unsupported top can stand up on its own and will spring back to a vertical position if lightly flexed. Allow trees a slight amount of flex rather than holding them rigidly in place. Tree straps should be made of material that will not injure or girdle the tree. Instructions for staking trees

Remove any ties, tags and labels from trees to prevent girdling trunks and branches.


Water is the single most important factor for tree survival. If the year you plant is like the severe drought experienced by the Midwest several summers ago, if you do not water your trees they will die. The truth is that many trees die from too little or too much water during the first few months after planting. Trees are likely to get too little water in well-drained soil and too much in soil that is poorly drained.

We recommend for best success to supplemental water your newly planted trees for the first two years.

Newly planted trees planted in the spring should be watered regularly (2-4x/week) for the first year especially if rains are infrequent. Water thoroughly but do not over-water; the soil should dry down slightly between watering. Irrigation from lawn sprinklers is generally not sufficient until the plants are well established. This is the most critical step in the establishment of your new trees!

If you plant in the fall, water in at planting, and then 1x/week until they lose their leaves and go dormant with the onset of winter. Resume watering after leaf out in the spring. Make sure water is applied to the original root ball. Adjust water according to soil type, temperature, rainfall, and other irrigation.


Normally the East receives rainfall from frontal rains during the spring and fall, and rain storms and tropical storms in the summer. However, rainfall is not sufficient for the needs of your trees, especially in sandy soils. There are often dry periods during the fall and spring when it will not rain for weeks, which can hurt tree growth, flowering or fruit production.

Despite seasonal rains, watering is very important, especially during the year after planting. If possible, drip irrigation systems are the most water efficient and should be installed if at possible to insure survival and healthy growth. These are inexpensive, easy to install, and available at most home-improvement or landscape supply stores. They are insurance for your planting.

However, most food plots do not have access to wells for irrigation. In this case it is very important to haul water to the trees, such as with a tank mounted on your ATV or truck. Tanks are inexpensive and available at most farm supply stores in varying sizes.

A 5 gallon bucket with a 1/16” hole drilled just above the bottom can be filled from the tank, and will also catch rain.


Do not fertilize at planting

Fertilizers can burn the tender roots of young trees before they become established. When planting bareroot trees or 1 yr old potted trees we recommend waiting to fertilize them after one year of being planted. For two year old or older trees we recommend waiting at least two months after planting then fertilize with a time-released fertilizer such as Scotts Osmocote Plus Outdoor & indoor (15-9-12), Espoma Holly Tone or Tree Tone Organic Fertilizer. After applying the fertilizer make sure you water your trees for absorption.

Your local extension service will make recommendations along with the soil test. Strong rains can also leach away much of the Nitrogen, which is highly soluable. Nitrogen is a key element required for plant growth.

It is important to provide a balanced fertilizer time release with minor elements. Minors are very important because if they are not available in certain soils, as they can be a limiting factor for plant growth. We recommend using Scotts Osmocote Plus for younger trees Outdoor/indoor (15-9-12) or Espoma Holly Tone or Tree Tone Organic Fertilizer recommend amount per directions.

Spread the fertilizer evenly under the entire canopy of the tree avoiding a 5-inch area around the trunk. Mix in top 1-3 " of soil, then water in.

For mature trees 10 yrs and older we recommend using Scotts Osmocote Vegetable/Flower (14-14-14), Espoma Holly tone or Tree Tone Organic Fertilizer recommended amount per directions.

Once the trees are established, fertilize in early spring (Mar-April) when growth begins and again in early June for poor soils with the start of summer rains. Do not fertilize in the fall, which can promote late season tender growth that can be damaged by early frosts.

The best time to fertilize fruit trees is during the growing season, starting in early spring (after bud break) and finishing by June.

Why we do not recommend fertilizing in the Fall?

Fertilizing too late in the season can cause trees to grow when they should be shutting down for the winter. This tender new growth, when pushed too late in the season is also more susceptible to winter injury.


Soil's acidity or alkalinity is determined by pH. The best range for growing most fruit and flowering trees is between 5 and 6.5. Soils in much of the South fall within this range. Soils in pine woods are often lower (4.0-5.0) , and need to be raised by the application of lime or dolomite (see your County Agent for a soil test and recommended rates). Other areas (such as Texas) have soils with pH>7, which will need to be acidified or lowered by the application of nitrogen sulfate or other sulfur-based fertilizers.


It is important to keep grass and weeds from competing with young trees - they are the biggest competitor for young trees and steal water and fertilizer from the new plantings. Try to keep a 2-3' circle clear of weeds from the base of the trunk. Mulch moderates soil temperature extremes and helps moisture retention as well as keeps weed growth down.
We recommend Grow Tubes, because you can spray Roundup or other herbicides close to the tree without hitting the stem. If you do not use Grow Tubes, be very careful with herbicide, especially on young trees, because they can absorb it directly through the bark. It only takes a few drops to kill the tree; so apply only when there is no wind, use a colored dye mixed in the herbicide so you can see it being applied and protect the trunk with a shield or hood on the fertilizer wand.


Late spring freezes are a problem in northern locations, especially after the plants have leafed out. If your trees have already started to grow and you expect a late freeze, then you should make every effort to protect them, such as using Grow Tubes and other protective measures.Some areas even in Zone 5 can have killing frosts as late as Memorial Day! Dunstan Chestnut trees can tolerate temps as low as -20 degrees when fully dormant and established trees. Chestnuts need at least 100 frost free days from flowering until harvest to fully ripen the nuts Click for information on properly using frost cloth

For fruit trees such as apples or pears that leaf out early in the spring, painting the trunks with white latex paint reflects heat and slows down the sap flow and potential freeze damage from trees starting to push too soon after a warm winter afternoon.


Some trees require more than one variety for cross pollination. Please see the pollination requirements for the trees you chose. Please call our office if you need help choosing the right trees for your location.
You need at least two Dunstan Chestnuts for pollination, planted no farther than 50' apart for the the best pollination.


Pruning is usually necessary only in the first several years to shape the tree to its appropriate form – central leader, modified leader or open-vase (see pictures). Most nut trees grow naturally with a straight trunk (central leader) with only a little pruning required. Occasional pruning is necessary to open the center of the tree for greater light and air penetration.

Light annual pruning of dead wood or an out-of-place branch helps older trees by rejuvenating growth and promoting better fruit production.

Instructions for Chestnut Pruning.

General Pruning tips

Some trees may require annual pruning to produce the best fruit. With peaches, the top is cut at planting to open up the center of the tree for light to get in for fruit ripening. The branches grow out in a vase shape. New growth is cut back each winter, to create a better crop with larger sized fruit. Fruit-thinning may be necessary if the crop load is too high.

Blueberries and blackberries are pruned back after fruit harvest to grow vegetative shoots over the summer that will bear next year’s fruit. Grape vines are pruned back to main fruiting limbs during the winter to promote optimum production the next year.

Many gardeners are afraid to prune, but you should not be. Learning to do a little pruning will greatly benefit your trees and increase their productivity.

Open vase pruning in peaches Central leader pruning in oaks


Grow Tubes are plastic translucent to specific sunlight tubes that act as mini-greenhouses that protect and nurture growth of small seedlings until the tree is big enough to survive on its own. Grow Tubes are valuable planting aides, especially in locations where there is less opportunity for care, such as forest or wildlife plantings, or where there is predation by deer, mice and other critters. Remove the tree stake as it is not necessary when using grow tubes.

Please remove the tree stake as it is not necessary when using grow tubes.

Grow tubes help with weed control (by protecting the tree from spray and drift from herbicide) and offer cold protection in late season frosts. They can dramatically increase growth rates, and one-year seedling often grow out of the top of a 4’ tube in 1 season! The Grow tube stays on until the tree outgrows the tube, usually after 4-5 years.


We recommend Grow Tubes  in all wildlife plantings.


If you don't use Grow Tubes deer will rowse the tops of the young trees. If pressure is high it may be necessary to build cages to protect your investment. The best cages are made with 4 metal T-posts driven in the ground in a 4’ - 5' diameter circle around the tree, and then 5-6’ heavy wire fencing is wrapped around the T-posts and secured with Zip-ties. The Grow Tubes stay on the trees inside the cages to protect against small animals and all of the other benefits. In areas with bear or lots of deer, a cage may be the only way to allow your trees to grow.


If you are planting an orchard or a large food plot, it will be much less expensive to use a 3-wire Electric Fence to keep deer out of your planting. Dr. James Kroll has determined the best system that provides 99% exclusion. This is much cheaper and easier to install than building dozens or hundreds of cages, and much less expensive than 8’ metal fencing.

You should still use Grow Tubes for the trees. For more information on the best system to keep deer out of a large planting.



Chestnuts have relatively few pests.

First you will need to identify the pests and in many cases you can apply cultural and chemical management practices.

1) Identify what type of bug(s) it is, by either self identification or by contacting your county local extension office to help with identification.
2) Go to your local garden center to make your purchase most offer an array of either traditional or organic products. * important to consider the benefits in using organic products vs using traditional products and the Negative impact many chemicals have on pollinators (bees, butterflies etc) and our waterways.

Helpful Resource link to many common pests. Click HERE

Japanese Beetles can be a severe problem in certain areas. Click HERE for recommendations on control techniques. Click HERE for more control techniques

Chestnut Gall Wasp – introduced by accident on budwood brought in illegally from China, this small wasp lays its egg in the growing shoots of the tree, causing a red colored gall to form and contorts the growth of the shoots. It can dramatically affection nut production. However, there is a predator wasp of the native Oak Gall Wasp that also preys on Chestnut Gall Wasp, and the population rise in Chestnut Gall Wasp usually triggers a rise in the predator wasp, and eventually the Chestnut Gall Wasp population declines and gets back into ecological balance. For more information click HERE.

The best prevention is to never buy trees from nurseries that are in Gall Wasp territory (essentially all of the eastern U.S. except Florida). You cannot tell if budwood or trees are infected because the larvae are microscopic and not visible to the eye.

Chestnut Weevil – this pest is spread throughout much of the eastern U.S. It is a small insect that lays its egg in the forming nuts on the tree, resulting in a worm inside the nut. The nuts fall to the ground, the worms crawl out of the nut and burrow underground, emerging the next summer as adults to repeat the cycle. There are chemical, cultural and post-harvest treatments available to control chestnut weevils. Ideally, a combination of cultural and chemical management would control the pest and eliminate the need for post-harvest treatment, which can diminish quality and the marketable yield. For more information click HERE.

Ambrosia Beetles - Ambrosia beetles were introduced into the Southeastern United States from Asia. Although it is still primarily a southeastern pest, the beetle is spreading into other areas.

They are rarely seen because of their small size and the fact that they spend most of their lives inside trees.

Most ambrosia beetles attack weakened, injured or dying trees and shrubs. Some attach fresh-cut wood as well. A few species attack apparently healthy trees and shrubs.

The first signs of damage by this beetle are fading or wilting of the foliage on the terminals of infested twigs and branches. Close inspection will reveal the presence of a tiny entry hole on the underside of the affected branch.

The symptoms of an infestation and granulate ambrosia beetle damage are unmistakable. As the female beetle tunnels, strands of boring dust, which look like toothpicks, extend from the tree. Young trees infested with the beetles usually die, but older trees may survive.

These beetles carry a fungus in their mandibles with which they inoculate the trees they infest. The larvae feeds on the fungus colonies, and it’s the fungus that is usually fatal to the tree.

Ambrosia beetles sometimes attack healthy trees, but they are especially attracted to trees suffering from stress. The insects enter at sites with damaged bark. Most ambrosia beetle prevention begins with reducing stress associated with trees.

Prevent stress as much as possible by watering the tree deeply during dry spells and keeping it on a schedule of regular fertilization as recommended for the species. Remove and destroy severely infested trees to prevent the infestation from spreading.

The initial attack by this beetle occurs in the spring. The first major adult is in mid-to late-February when temperatures exceed 65F.

As the female bores into the wood, a thin, toothpick-like strand of sawdust is pushed from the tunnel. This may extend an inch or more from the surface of the bark. While the females prefer to attack stems under three inches in diameter they will attack stems up to eight inches in diameter. The entry hole is about 2 mm in diameter. The tunnel goes straight into the heartwood and then opens into a cave-like brood gallery with one or two side galleries.

A major emergence of females occurs in early spring. Host plants may be heavily attacked at this time. If the host is vigorous enough, the beetles may be drowned or forced out by heavy sap flow. If the host is weak or not producing large amounts of sap, the attack will be successful.

Sprays that contain pyrethroids are effective at preventing ambrosia beetles from entering a tree. Use the spray according to the label instructions when you know that there are ambrosia beetles in the area. You may have to spray as often as every two or three weeks

If these treatments fail, and the trees die, all the research says to cut down the dead tree and burn it. Chipping does not get rid of the beetles.

Homeowners with valuable trees on their property should consider consulting an arborist. These professionals can assess a tree to determine the extent of the infestation and help you decide whether to try to save the tree. They also have additional products at their disposal that may help prevent the spread of infestation. For more information click HERE

Complete planting instructions can be downloaded by clicking the links below