How to Grow Persimmon Trees from Seeds – Step-by-Step

Growing persimmon trees from seed requires extracting seeds from fully ripe fruit, cold-stratifying them for 60 to 90 days in the refrigerator, and planting in deep containers to accommodate the long taproot that forms almost immediately after germination. Seeds typically sprout in 6 to 8 weeks.

The critical warning: seed-grown American persimmons take 4 to 9 years to fruit and will be either male or female, meaning roughly half of what you grow will never produce fruit without a pollinating partner nearby.

There is something genuinely satisfying about cracking open a ripe persimmon in autumn, pulling out a handful of flat brown seeds, and thinking: I could grow a tree from this. And you can.

Persimmon is one of the more forgiving fruit trees to start from seed, tolerant of poor soils, drought once established, and a wide range of climates across much of the US.

But a few practical details separate a successful result from years of waiting on a tree that either never fruits or produces fruit that disappoints.

The taproot that begins forming almost immediately after germination is the main one. Another is that roughly half of American persimmon seedlings will be male and produce pollen but never fruit.

A third is that the seeds inside a store-bought Fuyu are often empty and non-viable.

This guide covers all of it from the beginning: which variety to grow, how to extract and stratify seeds, the deep-container requirement that most guides skip, transplanting without destroying the taproot, and a clear-eyed view of the timeline and fruit quality you should realistically expect.

Understanding Persimmon Varieties Before You Start

The variety you choose to grow from seed shapes the entire project, including how long you wait for fruit, whether you need a second tree for pollination, and how reliably the fruit resembles what you started with.

Five minutes spent on this decision saves years of frustration.

American Persimmon (Diospyros virginiana)

Native to the eastern US from Florida to Connecticut and west to Iowa and Texas, American persimmon is the hardiest option available, surviving temperatures down to -25 degrees F when established.

It is genuinely adapted to difficult conditions including compacted urban soils, drought, and poor fertility.

The most important practical detail about American persimmon for home growers is that it is dioecious: individual trees are either male or female, and only female trees produce fruit.

A male tree is needed nearby for pollination, ideally within 50 feet.

If you germinate seeds without knowing their sex and plant a single tree, there is a real chance you have planted a male that will never fruit regardless of how well you care for it.

Female trees can occasionally produce parthenocarpic fruit (seedless fruit without pollination), particularly in certain cultivars, but this is not something you can count on as a planting strategy.

The reliable solution is planting multiple seedlings so the odds favour including both sexes, or seeking out named self-fruitful cultivars like Meader.

The fruit of seedling-grown American persimmons is small, typically 1 to 1.5 inches in diameter, and intensely astringent when unripe.

The astringency disappears completely when the fruit is fully ripe and very soft.

If you bite into an American persimmon before it reaches that stage, the tannin experience is memorable for the wrong reasons.

Fully ripe, the fruit has a sweet, rich, complex flavour that enthusiasts find genuinely excellent.

Asian Persimmon (Diospyros kaki)

Asian persimmon, native to China and long cultivated in Japan, produces the large smooth-skinned fruit most commonly sold in US grocery stores.

Varieties like Fuyu (non-astringent, can be eaten firm) and Hachiya (astringent, must be completely soft before eating) are the most familiar.

Asian persimmon is suitable for USDA Zones 7 to 10 and is significantly less cold-hardy than American persimmon, tolerating winter temperatures only to about 0 degrees F.

Asian persimmon is largely self-fertile, meaning a single tree can produce fruit without a pollinator. Many varieties can even produce seedless fruit from unfertilized flowers through parthenocarpy.

Cross-pollination with a second tree generally produces more abundant and consistent crops, but a single specimen will fruit on its own.

The Problem with Growing Asian Persimmon from Grocery Store Fruit

This is a detail most guides leave out entirely. Many popular Asian persimmon varieties in US grocery stores, particularly Fuyu and similar non-astringent types, are often completely seedless or contain seeds that are not viable.

The seedlessness results from parthenocarpic development where the fruit forms without fertilization. Seeds in these fruits are typically hollow shells with no viable embryo inside.

Astringent varieties like Hachiya are more likely to contain viable seeds because they generally require pollination to develop well.

If you want to grow Asian persimmon from seed, choose astringent varieties from a farmers market or specialty grower where cross-pollination is more likely to have occurred.

Cut the fruit open and press each seed between your fingers. A plump, firm, brown seed is likely viable. A flat, papery, or hollow seed is not.

Extracting and Preparing Seeds

The quality of the fruit you start with and how carefully you prepare the seeds directly affects germination success.

Persimmon seeds have a lower germination rate than many other fruit trees: even with careful stratification, expect 40 to 70 percent of viable seeds to germinate rather than all of them.

Starting with more seeds than you need is practical planning, not pessimism.

Selecting Fruit

Choose fruit that is fully ripe. For American persimmon, this means completely soft, almost to the point of fermentation.

For Asian astringent varieties like Hachiya, similarly soft and yielding throughout.

Fruit harvested before full ripeness contains seeds that are less fully developed, with lower germination rates as a result.

The best seed sources are fruit from trees in your region, which carry locally adapted genetics that give seedlings a stronger start than seeds from distant populations.

Removing and Cleaning Seeds

Cut the fruit open and extract the seeds. Persimmon seeds are flat and brown to tan in colour, typically 3 to 5 per fruit.

Check each seed for viability: a plump, firm seed is likely viable. A hollow, flat, or papery seed is not.

Soak the seeds in room temperature water for 2 to 3 days, changing the water daily. After soaking, rinse thoroughly under running water, rubbing off all remaining fruit flesh.

Pulp left on seeds during stratification promotes mould, which can kill the embryo before germination.

After rinsing, let the seeds dry briefly on a paper towel but do not allow them to dry out completely before moving immediately into stratification.

Cold Stratification: The Step You Cannot Skip

Persimmon seeds require cold stratification before they will germinate reliably.

Cold stratification simulates the natural overwintering that persimmon seeds experience in the wild before germinating in spring.

Without this cold period, seeds either fail to germinate or germinate at very low and unpredictable rates. This is the most common reason for failed persimmon germination attempts.

How to Stratify

Wrap the cleaned seeds in a moistened paper towel or mix them into slightly damp sphagnum moss or vermiculite.

The medium should feel damp but not wet: if you squeeze the paper towel, only a few drops should come out. Wet medium promotes fungal rot on the seed surface.

Place the wrapped seeds or seeds-in-medium into a sealed zip-lock bag or a small container with a lid. Label it with the date so you track the duration.

Place in the back of the refrigerator, not the freezer, at a temperature of 33 to 41 degrees F. Back shelves tend to be more temperature-stable than the door.

Stratify for 60 to 90 days minimum. Check every two weeks to ensure the medium has not dried out. If it has, add a few drops of water and reseal.

Around weeks 8 to 12, begin checking for germination: a small white taproot emerging from the seed coat signals readiness to plant.

Once you see this emergence, plant promptly. The taproot grows quickly and an overgrown root in the stratification bag becomes tangled and fragile.

Planting Stratified Seeds: The Deep Container Requirement

Most tree seeds can go into standard nursery pots without much thought about depth. Persimmon is the exception, and understanding why changes how you set up from the start.

Persimmon develops a deep taproot very early in its growth, often before the shoot has fully emerged from the soil surface.

This taproot is the foundation of the tree’s drought tolerance and long-term anchoring.

If the taproot hits the bottom of a shallow pot and begins to circle, it creates a kinked root structure that stunts development and causes problems long after transplanting.

A circled taproot does not straighten out on its own.

Use tall, narrow containers rather than standard pots. Tall plastic nursery tubes or tree tubes, at least 12 inches deep and ideally 18 inches, give the taproot room to grow straight downward through the first growing season.

Plant one seed per container. This also makes transplanting easier because you disturb one root system at a time.

Soil and Planting Depth

Use a well-draining sterile potting mix rather than garden soil. Garden soil compacts in containers, drains poorly, and introduces pathogens that can kill seedlings.

A mix of roughly equal parts quality potting compost and perlite drains freely while retaining enough moisture for establishment.

Avoid moisture-retention mixes formulated for moisture-loving plants.

Plant seeds at a depth of 1.5 to 2 inches with the pointed end facing downward.

The pointed end is where the taproot emerges, and orienting it downward gives the root a head start in the correct direction.

If the seed is already showing a small taproot from stratification, place it so the taproot points straight down and barely cover the seed.

Temperature and Germination

Place containers in a warm location with consistent temperatures between 65 and 75 degrees F.

A sunny windowsill or a warm indoor shelf works well. Keep the soil consistently moist but not saturated while waiting.

Germination takes 6 to 8 weeks from planting, sometimes faster if the seed was already showing emergence during stratification.

Once the shoot breaks the surface, move the container to bright indirect light for the first 2 weeks, then gradually introduce direct sun over another 1 to 2 weeks.

Direct sun on very young seedlings before the root system is fully established can cause wilting stress before the roots can supply adequate water to sun-exposed leaves.

Caring for Persimmon Seedlings in the First Growing Season

Watering

Keep the soil consistently moist during the first few weeks after germination while the root system establishes.

As the seedling develops leaves, allow the top inch of soil to dry slightly between waterings.

Overwatering young persimmon seedlings is a more common cause of failure than underwatering because the root system is not yet large enough to use the water being supplied and the soil remains anaerobic.

Push a finger into the soil to the first knuckle before each watering. If the soil feels damp at that depth, do not water.

If it feels dry, water thoroughly until water drains from the base of the container.

Light and Temperature

Bright indirect light for the first 3 to 4 weeks after germination, then gradual introduction to direct sun.

By midsummer, established seedlings benefit from at least 6 hours of direct sun daily.

In very hot climates, some afternoon shade in peak summer protects seedlings that are not yet large enough to handle intense heat without wilting.

Fertilizing

Do not fertilize at planting. Fresh potting mix contains adequate nutrients for the first 6 to 8 weeks.

Once the seedling has 4 to 6 true leaves, begin feeding with a half-strength balanced liquid fertilizer such as 10-10-10 every 4 to 6 weeks through the growing season.

Stop fertilizing in late August to allow the seedling to harden off before winter rather than pushing new tender growth late in the season.

The goal in year one is a healthy compact seedling with a developing root system, not maximum height.

Over-fertilizing, particularly with nitrogen-heavy formulas, produces soft growth that is vulnerable to cold damage and pest pressure.

Transplanting to the Ground: Timing, Technique, and Permanence

Transplanting is where the most trees are lost, and almost all those losses come down to the taproot.

Understanding what you are working with before you dig saves significant frustration.

When to Transplant

Transplant at the end of the first full growing season, in autumn after the seedling has gone dormant and dropped its leaves, or in early spring before new growth begins.

Dormant transplanting minimizes the demands on a root system that has just been disturbed.

Transplanting during active summer growth is the highest-risk approach because leaves are demanding water that the disturbed root system cannot supply.

Transplant before the tree is 3 years old if at all possible. After 3 years in the ground or in containers, persimmon taproots become deeply established and very difficult to move without severe damage.

Many specialist fruit nurseries sell persimmon only as bare-root saplings up to 3 years old for exactly this reason.

Choosing the Final Location

Choose a permanent location that receives full sun for at least 6 to 8 hours daily.

Persimmon will grow in partial shade but produces significantly less fruit and is more susceptible to disease in lower-light conditions.

The soil should be well-draining. Persimmon tolerates a wide range of soil types including clay, loam, and sandy soils, but it will not tolerate persistent waterlogging.

Allow at least 20 feet between trees and at least 15 to 20 feet from building foundations, driveways, and underground utilities.

Because the taproot makes mature persimmon very difficult to move, the location chosen at first transplanting is effectively permanent.

Do not plant where you might want to build, pave, or make structural changes in the future.

The Transplanting Process

1. Water the seedling thoroughly one day before transplanting to hydrate the root system before the stress of being moved.
2. Dig the planting hole at least twice as wide as the root ball and slightly shallower than the depth of the container. Wide holes matter more than deep holes because lateral roots need loose soil to expand into.
3. Tip the container carefully and slide the seedling out, supporting the root ball from below rather than pulling by the stem. If the seedling is in a tall tube, cut the container away rather than risk bending the taproot during extraction.
4. Place the seedling in the centre of the hole so the root collar, the point where the stem meets the roots, sits at or just above soil level. Never bury the root collar, which causes crown rot.
5. Backfill with the native soil removed from the hole. No amendments are needed in the planting hole. Persimmon adapts to a wide range of native soils and amendments create a soft pocket that roots fill and then struggle to push beyond into the surrounding ground.
6. Firm the soil gently to eliminate air pockets and water thoroughly with a slow soak that wets the soil to at least 12 inches depth rather than a quick surface pour.
7. Apply a 2 to 3 inch layer of organic mulch in a ring around the base, keeping it 3 to 4 inches away from the trunk itself. Mulch against the trunk traps moisture and promotes crown rot. A correctly positioned mulch ring retains soil moisture, moderates soil temperature, and suppresses competing grass and weeds.

Watering and Fertilizing Transplanted Trees

Watering in the First Two Years

Deep watering once a week during dry periods is the target for the first two years.

Deep, infrequent watering encourages the taproot to continue growing downward in search of moisture, building the deep root system that makes established persimmon genuinely drought-tolerant.

Frequent shallow watering keeps roots near the surface where they are vulnerable to summer heat and drought stress.

Check soil moisture at 3 to 4 inches depth before watering. If it feels moist at that depth, do not water regardless of how long it has been.

In the second year, begin spacing watering to every 10 to 14 days to encourage the tree to draw on deeper soil moisture reserves.

Watering Established Trees

Once established after 2 to 3 years, persimmon requires supplemental watering only during extended dry spells exceeding 3 to 4 weeks.

During fruit development in late summer and autumn, consistent soil moisture produces larger, higher-quality fruit.

Allowing the soil to dry severely during this period causes fruit drop and reduces size.

Fertilizing

Do not fertilize during the planting year. In year two and beyond, apply a balanced fertilizer such as 10-10-10 at 1 cup per year of the tree’s age, broadcast around the drip line in early spring before growth begins. Water thoroughly after application.

Signs that fertilizing is needed: pale or yellowish leaves during the growing season, less than a foot of annual new shoot growth, or noticeably small leaves.

Signs of over-fertilization: excessive soft growth, leaf scorch at tips and edges after application.

A soil test from your county Cooperative Extension office for $15 to $25 removes the guesswork before you apply anything.

Pruning Young Persimmon Trees

Persimmon requires less pruning than most fruit trees and does well with a relatively light touch in its early years. The goal is to establish a sound structural framework, not to aggressively shape the tree.

Always prune during late winter or early spring while the tree is fully dormant. Avoid pruning in summer or autumn.

Two common structural approaches are the central leader, maintaining a single dominant trunk with spaced lateral branches, and the modified central leader, which heads back the central trunk to encourage multiple scaffold branches to develop at a similar height, creating a more open canopy that allows better light penetration and easier harvesting.

For home gardeners, the modified central leader is more practical. Select 3 to 5 well-spaced scaffold branches in the first 2 to 3 years and remove competing branches that cross or crowd them.

Remove dead, diseased, or damaged wood, suckers from the base, and water sprouts at any time of year.

Pests and Diseases to Know About

Persimmon is notably resilient to pest and disease pressure compared to most fruit trees.

A few problems are worth knowing about, but the overall management burden is low compared to apple or peach.

Persimmon Psyllid

Small insects that feed on new growth, causing leaves to curl and distort in spring. Established trees tolerate light infestations without significant effect on health or fruit production.

For heavy infestations on young trees, neem oil applied at bud break when psyllids are most active is an effective organic treatment.

Scale Insects

Brown or grey scale insects attach to bark and feed on sap. Light infestations are typically controlled by natural predators in a garden with good biodiversity.

For significant infestations, horticultural oil applied in early spring before bud break, when the oil smothers the insects under their protective shells, is the most reliable treatment.

Persimmon Wilt (Cephalosporium diospyri)

A fungal disease specific to American persimmon that enters through root wounds and spreads through the vascular system, causing sudden branch dieback and sometimes killing entire trees.

There is no effective treatment once infection is established.

Prevention is the only reliable strategy: avoid wounding roots during cultivation or mowing near the trunk base, and maintain tree vigor through appropriate care.

Crown Gall

Rough, irregular growths at the root crown caused by the bacterium Agrobacterium tumefaciens. Enters through wounds.

Avoid unnecessary soil disturbance near the root crown. Infected plants should be removed and tools disinfected with a 10 percent bleach solution. The bacterium persists in soil for several years.

Root and Crown Rot

Caused by Phytophthora and Pythium species in waterlogged or poorly drained soil. Symptoms include wilting despite adequate soil moisture and progressive decline.

Prevention is straightforward: well-draining soil, no overwatering, and keeping the root crown dry.

Once established, drainage improvement and removing affected plants is the practical response.

Seed-Grown vs Grafted Trees: An Honest Comparison

Most fruit tree guides recommend buying grafted trees for good reason, and it is worth understanding that reason clearly before committing to years of seed growing.

The case for growing from seed is strongest when the process itself matters to you, when you want locally adapted rootstock for future grafting, or when you have the patience for a long and uncertain journey.

The case for grafted trees is strongest when reliable fruit quality and faster production are the priorities.

If you grow from seed and end up with male trees or disappointing fruit quality, the practical response is grafting rather than removal.

A seed-grown persimmon with an established root system is excellent rootstock for a scion from a known female cultivar, and a grafted scion on an established root will begin fruiting within 2 to 3 growing seasons.

Fruiting Timeline and What to Expect

Troubleshooting Common Problems

Frequently Asked Questions

How long does it take to grow a persimmon tree from seed?

From germination to first fruit, seed-grown American persimmon typically takes 4 to 9 years. Seed-grown Asian persimmon takes 5 to 10 years.

The variation depends on the genetics of the specific seedling and growing conditions. These are genuine expected ranges.

Grafted trees of named cultivars fruit significantly faster, typically within 3 to 5 years of planting. If faster production matters, buying grafted trees is the more practical choice.

Do I need two persimmon trees to get fruit?

For American persimmon, yes in most cases. American persimmon is dioecious and only female trees produce fruit.

A male tree is needed nearby, ideally within 50 feet, for reliable pollination. The exception is the cultivar Meader, which is self-fruitful and produces fruit as a single specimen.

For Asian persimmon, a single self-fertile tree can produce fruit, though yields are often improved with a second tree for cross-pollination.

Can I grow persimmon from store-bought fruit?

Sometimes, depending on the variety. Astringent varieties like Hachiya are more likely to contain viable seeds than non-astringent varieties like Fuyu, which are often seedless or contain hollow non-viable seeds.

American persimmon from farmers markets or foraging is the most reliable seed source.

Press each seed between your fingers before stratifying: plump and firm indicates likely viability; flat and papery indicates a hollow non-viable seed.

Why do persimmon seeds need cold stratification?

Cold stratification mimics the natural overwintering process that persimmon seeds undergo in the wild before germinating in spring.

The cold period triggers biochemical changes within the seed that break dormancy and prepare the embryo to begin growing.

Without this period, seeds either fail to germinate or germinate very poorly. The required duration is 60 to 90 days at 33 to 41 degrees F, which a standard household refrigerator provides.

Why does the container depth matter so much for persimmon?

Persimmon develops a long taproot almost immediately after germination, often before the shoot emerges above the soil surface.

In a standard shallow pot, this taproot hits the bottom and begins to circle within weeks, creating a kinked structure that impairs establishment and drought tolerance long after transplanting.

A container at least 12 and ideally 18 inches deep allows the taproot to grow straight downward, producing a seedling that transplants much more successfully into the ground.

When should I transplant persimmon seedlings?

At the end of the first full growing season, in autumn after dormancy sets in, or in early spring before new growth begins.

Dormant transplanting minimizes stress on a disturbed root system.

The tree should be in its final permanent location by the time it is 3 years old because the taproot becomes deeply established after that point and transplanting success drops significantly.

Choose the final site carefully because persimmon resents being moved more than once.

What causes the astringency in persimmons?

Unripe persimmons contain high concentrations of soluble tannins that bind to proteins in saliva, creating an intensely drying and puckering sensation.

As the fruit ripens and softens, these tannins become insoluble and the astringency disappears completely.

American persimmon requires the fruit to become very soft, almost ferment-ripe, for astringency to drop fully.

Non-astringent Asian varieties like Fuyu have been bred to contain low tannin levels throughout ripening and can be eaten while still firm.

Can I graft onto a seed-grown persimmon tree?

Yes, and this is one of the best uses of a seed-grown tree that turns out to be male or produces disappointing fruit.

A 2 to 3-year-old seedling with a trunk diameter of roughly pencil width is good rootstock.

American persimmon is graft-compatible with other American persimmon varieties and with most Asian persimmon cultivars, though some American-to-Asian graft combinations occasionally fail after initial success due to a phenomenon called kaki sudden death syndrome.

Persimmon grafting is more challenging than apple or pear but well within reach of a patient beginner.

Key Takeaways

1. Choose your variety before collecting seeds. American persimmon is hardier and more adaptable but dioecious. Asian persimmon is less cold-hardy but largely self-fertile and produces larger fruit.
2. Check seed viability before investing in stratification. Press each seed: plump and firm is likely viable; flat, hollow, or papery is not. Store-bought non-astringent Asian varieties like Fuyu are often seedless.
3. Cold-stratify for a full 60 to 90 days in a moist medium at refrigerator temperature. Check every two weeks. Plant as soon as germination begins in the bag.
4. Use a container at least 12 inches deep. Persimmon develops a long taproot almost immediately after germination. Shallow pots cause it to circle and kink, which impairs the tree permanently.
5. Start more seeds than you need. Germination rates are variable and roughly half of American persimmon seedlings will be male. Starting 8 to 10 seeds when you want 3 to 4 female trees is practical, not excessive.
6. Transplant to a permanent location by the end of year 1 or spring of year 2. Move before the tree is 3 years old. The location is permanent: the taproot makes mature persimmon very difficult to move.
7. Set honest expectations about fruiting time. Seed-grown American persimmon takes 4 to 9 years to bear fruit. If faster production matters, buy grafted trees.
8. If a seed-grown tree turns out to be male or produces poor fruit, graft it rather than remove it. An established persimmon root system is a valuable asset that can carry a scion from a known female cultivar.
9. Water deeply and infrequently for the first 2 years. Deep watering encourages the taproot to extend downward, building the drought tolerance that makes established persimmon so low-maintenance.
10. Prune lightly during dormancy only. Remove no more than 25 percent of the canopy in a single season. Over-pruning delays fruiting and stimulates unproductive vegetative growth.

Final Thoughts

Growing a persimmon from seed is a commitment that plays out in years rather than weeks. The tree is unhurried, and it asks you to be unhurried too.

The taproot goes down before much happens above ground, and the first few years of slow-looking progress are the foundation of a tree that, once established, will outlast almost anything else you plant.

I have seen growers give up on persimmon seedlings in year two because nothing seemed to be happening, then seen someone else’s 10-year-old seed-grown tree dropping more fruit than a family could eat.

The gap between those two outcomes is almost entirely patience and an understanding of what the tree is doing underground while you are waiting for it to do something visible.

Go in with clear expectations about the timeline, the sex-determination challenge for American persimmon, and the taproot requirements at transplanting, and there is very little about this tree that is genuinely difficult.

It tolerates ordinary soil, resists most pests, and once established asks for far less intervention than most fruit trees. The waiting is the hardest part, and the waiting does end.