Growing Fruit Trees From Seed: What Works, What Doesn’t, and How Long It Takes

Plant an apple seed and you will grow an apple tree. That part is true. What the seed catalog and the nursery tag won—t tell you is that the tree you grow will produce a fruit variety nobody has ever tasted before—because it is genetically unique. It might be excellent. More often it is not. The skill in growing fruit trees from seed is knowing exactly which species reward the effort and which ones will have you waiting a decade for something inedible.

This guide covers the genetics behind the variation, which species are genuinely worth starting from seed, the stratification steps that determine whether your seeds germinate at all, and realistic timelines for every common fruit tree. For a broader introduction to planting, spacing, and rootstock selection, the fruit tree growing guide covers the full establishment process.

Why Fruit Tree Seeds Rarely Produce the Parent Variety

Fruit trees are highly heterozygous—they carry two different versions of nearly every gene. When a tree flowers, it shuffles that genetic deck through sexual reproduction, producing seeds that are each a new genetic combination. Plant a Honeycrisp seed and the resulting tree might have Honeycrisp’s genes for sweetness, or it might express none of them. There is no way to know without growing it out to fruiting age.

This is why named apple, pear, and cherry varieties are propagated exclusively by grafting. Grafting is not simply more convenient—it is the only method that produces a genetic copy of the original tree. A Honeycrisp graft is Honeycrisp. A Honeycrisp seed is a genetic experiment.

Three pre-planned garden beds, free

Stop staring at empty beds: printable plans with exact layouts, plant lists and planting calendars — yours free from the Garden Library.

Send me the plans

I agree to receive emails from Blooming Expert and accept the Privacy Policy. Unsubscribe anytime.

The exception is a mechanism called polyembryony: some seeds contain multiple embryos, most of which develop from maternal tissue rather than fertilized egg cells. These nucellar embryos are genetically identical to the mother plant—true clones. Citrus seeds are the best-known example. Many citrus varieties produce seeds where 10 to 12 of the 13 embryos are nucellar clones, leaving only one sexually-produced seedling to sort out among a batch of germinants.

Which Fruit Trees Are Worth Growing From Seed

The answer depends on what “worth growing” means to you. If you need the variety to match the parent exactly, the list is short. If you are growing rootstocks, experimenting, or simply want a productive tree without expecting it to replicate a specific variety, the list expands considerably.

Peaches deserve particular attention. A seedling grown from an open-pollinated named peach variety has a reasonable chance of producing edible, even good fruit. The species carries less genetic diversity than apples, and many quality traits are less dominant. Gardeners in USDA Zones 5–9 who want a fruiting peach and do not mind some variation often find peach seedlings a worthwhile experiment. Expect 30–50% of seedlings to produce inferior fruit and plan to thin accordingly after first fruiting.

What Doesn’t Work: Apples, Pears, and Most Cherries

The genetic randomness in apples is extreme enough to have its own term: “heterosis reversal” in seedlings. Taste trials of apple seedlings consistently find that the vast majority produce small, astringent, or otherwise unpalatable fruit. That is not a reason to avoid apple seeds altogether—apple seedlings make excellent rootstocks, and the history of American apple culture is built on chance seedlings that turned out exceptional (Cox’s Orange Pippin, for instance). But growing an apple from seed with the expectation of matching a named variety is an exercise in frustration.

The same applies to pears and sweet cherries. If you find a cherry seedling producing decent fruit, save seed and grow the next generation—you have stumbled on a useful gene pool. But treat it as a bonus, not a plan.

The Stratification Protocol: Getting Temperate Fruit Tree Seeds to Germinate

Most temperate fruit tree seeds will not germinate without cold stratification—a period of sustained cold and moisture that breaks dormancy. This mimics the conditions seeds experience when they fall in autumn and sit in the soil through winter. Skip it and the seeds either fail to germinate or germinate sporadically months later.

Step 1: Clean the seed. Remove all fruit flesh from the seed. Residual sugars promote mold. For stone fruits (peach, cherry, plum), you will be working with the pit—crack it carefully to extract the seed kernel inside, or plant the whole pit and allow the stratification period to soften the shell. For apples and pears, the seeds are small; rinse thoroughly and dry briefly before proceeding.

Step 2: Soak. Soak seeds in room-temperature water for 12–24 hours. Seeds that float after 24 hours are often not viable—remove them. This pre-soaking hydrates the seed coat and begins the process of breaking dormancy signals.

Step 3: Cold stratification. Mix seeds with a small amount of damp peat moss, coir, or vermiculite in a sealed zip-lock bag or glass jar. The medium should be moist but not dripping. Place in the refrigerator at 35–41°F (1.5–5°C).

Stratification durations by species:

• Apple, pear: 90–120 days
• Peach, nectarine: 90–120 days (whole pit)
• Sweet cherry: 100–130 days
• Plum: 60–90 days
• Citrus: no cold stratification needed—plant fresh seed immediately

Step 4: Check monthly. Open the bag every 3–4 weeks. Remove any moldy seeds promptly. Once a seed shows a white radicle (root tip) emerging, it is ready to plant immediately. Delayed planting after germination begins sets the seedling back.

Step 5: Plant into pots. Use a mix of two parts potting compost to one part perlite. Plant seeds at twice the depth of their diameter. Germinated seeds go root-tip down. Keep at 65–72°F with consistent moisture until the first true leaves appear, then move to a bright location or grow lamp.

Realistic Timelines: How Long Before Fruiting

This is where many gardeners are caught off-guard. Fruiting times from seed are significantly longer than from grafted trees because the seedling must complete its juvenile phase—a stage of vegetative growth during which the plant is physiologically incapable of producing flowers regardless of age, size, or care.

Peaches are the standout in the temperate list. Their relatively short juvenile phase and partial breed-true reliability make them one of the more rewarding species to attempt from seed, particularly if you have space to grow several seedlings and select the best-performing one after first fruiting.

Three Good Reasons to Grow Fruit Trees From Seed

1. Rootstock production. Growing your own rootstocks from seed is genuinely practical for experienced home orchardists. Apple seedling rootstocks (referred to as “seedling stocks”) produce larger, more drought-resilient trees than dwarfing rootstocks and are well-suited to permanent orchard plantings on good soils. Grow apple seeds, select the most vigorous seedlings after one year, and graft your preferred variety onto them the following spring.

2. Citrus propagation. Citrus seeds are among the most reliable of any fruit tree. If you have a Meyer lemon or key lime tree with excellent flavour, save seed from its fruit and germinate immediately. Select the seedlings that germinated fastest and show the most vigorous growth—these are most likely to be nucellar clones. You have a reasonable chance of propagating the variety without grafting equipment.

3. Intentional variety selection. Several exceptional apple varieties originated as chance seedlings—Bramley’s Seedling, the Granny Smith, and the Cox’s Orange Pippin among them. Growing apple or pear seedlings in quantity and selecting the best performers at fruiting is a legitimate small-scale breeding programme. It is slow and space-intensive, but for gardeners with room, it is one of the more interesting long-term projects in the orchard.

Frequently Asked Questions

Can I grow an apple tree from an apple I bought at the grocery store?
Yes, the seeds are viable in most cases. However, the resulting tree will be genetically different from the apple you ate and is very unlikely to produce the same variety. Grocery store apples are also often grown in different climate zones from yours, so the seedling may not perform well in your USDA hardiness zone. Use the seeds for rootstock experiments or as a low-expectation curiosity project rather than a planned fruit crop.

Do I need two trees to get fruit from a seed-grown tree?
It depends on the species. Apples and pears are self-incompatible and require a pollinator; a seed-grown tree will still need a second apple or pear tree nearby at flowering time. Peaches and most citrus are self-fruitful—a single tree will produce fruit without a partner. Check the pollination requirements for the species you are growing before planting, regardless of whether the tree was seed-grown or grafted.

Is there any way to speed up the juvenile phase?
Marginally. Ensuring the seedling receives optimal nutrition—particularly phosphorus in the first two years—and adequate light shortens the juvenile period slightly. Some orchardists use a technique called “early fruiting stress”: root-pruning or girdling the young tree to shift its physiology toward reproduction rather than vegetative growth. Results are inconsistent and the technique risks the tree. In practice, choosing a species with a shorter juvenile phase (peach, citrus) is far more effective than trying to accelerate a slow one.

Can I start peach seeds from fruit I bought at the market?
Yes, and this is one of the most accessible starting points for seed-grown fruit trees. Buy a ripe peach from a farmers’ market if possible (commercial varieties are often grown from patented grafted stock, but the seeds themselves are not protected). Eat the peach, clean the pit, crack it carefully to extract the seed kernel, stratify for 90–120 days, and plant in spring. Expect the resulting tree to produce fruit within 3–5 years—not identical to the parent, but very possibly good.

References

1. UC Cooperative Extension: Growing Deciduous Fruit and Nut Trees in the Home Garden (Publication 8047)
2. Lovatt, C.J. (2010). Alternate Bearing of Mandarin Citrus. HortScience, 45(10): 1443–1446