How Long Until Fruit Trees Bear Fruit? Years by Species and Rootstock

Last updated: 21 October 2026.

The honest answer to “how long until it fruits?” is a range. The range depends on the species, the rootstock, and whether the tree was grafted in a nursery or grown from seed. I copied every figure below from a named source and put the year next to it where the source gives one, so you can see where each number comes from and where the sources disagree.

This page adds numbers to two existing guides. The fruit tree rootstock guide covers tree height, spacing and staking by rootstock. The first-year fruit tree care guide explains why fruit should be removed in the first year after planting.

UConn (2012), NMSU (2014), University of Missouri Extension, Iowa State (2025) and UMaine count the years from planting a nursery tree. The other tables do not say where their clock starts. UConn (2012) and NMSU (2014) both note that nursery trees are usually one to two years old when they are planted. The “range across sources” column runs from the lowest to the highest figure given by the sources in that row. It summarises the sources and does not predict the behaviour of any one tree.

How long until a fruit tree bears fruit? Years by species

Apple, pear, plum, cherry and other temperate fruit trees

Sources: VCE Publication 426-841, Table 1 (Yuan 2020); UVM Master Gardener slides (Garcia, undated); Lockwood, UT/UGA New Farmer Academy slides (2017); MU Extension MG6, Table 1 (Warmund, reviewed 2017); Purdue HO-190, Table 1 (Dana, undated); OSU EC 819, Tables 1 and 2 (Olsen 2025); NC State Extension Gardener Handbook, Tables 15-3 and 15-6 (Parker 2022); UConn IPM (2012); NMSU Guide H-308 (2014); Iowa State Yard and Garden (Jauron 2025); University of Arizona AZ1162 (2015); UMaine Bulletin 2034 and “Rootstocks and Dwarf Fruit Trees” (undated); UC ANR The Home Orchard (Ingels et al. 2007), p. 179; UC ANR Master Gardener slides (Krueger 2018); UF/IFAS HS1389 (Sarkhosh et al. 2020); KYSU fact sheets (Crabtree and Pomper 2018; Pomper and Crabtree 2026); RHS grow-your-own guides and rootstock guide (accessed October 2026); Childers, Modern Fruit Science, 9th ed. (1983), pp. 200, 254, 279, 309; Westwood, Temperate-Zone Pomology, 3rd ed. (1993), p. 175.

Citrus, avocado, mango and olive

Nut trees

Sources: Clemson HGIC 1364 (Snipes and Melgar 2024); Texas A&M AgriLife citrus fact sheet (Sauls, undated) and EHT-018 (Nesbitt et al. 2013); UF/IFAS EDIS FC47, CIR1034 and HS2 (Crane et al.); CTAHR HC-2 (Chia et al. 1997); Samson, Tropical Fruits, 2nd ed. (1986), p. 82; Nakasone and Paull, Tropical Fruits (1998); Litz (ed.), The Mango, 2nd ed. (2009); UC Marin Master Gardeners, Olive; Utah State University Extension (Roper and Heflebower 2017; Beddes et al. 2011); OSU EM 9072 (Olsen 2013); UMCA AF1007 and AF1022 (2022) and Green Horizons 8(1) (Coggeshall 2004); NC State, Growing Pecans in North Carolina (Parker 2016); Rutgers NJAES FS1225 (Fogerty 2014); UT Extension Knox County, Nut Crops for Tennessee (undated); UC ANR Publication 8147 (Geisel and Beede 2004).

Years to first fruit by rootstock

Webster (1995) lists “how soon after planting the tree begins to flower and fruit” among the traits a rootstock can influence. The RHS says fruit trees not grown on dwarfing rootstock “will not produce a good crop until their fourth year”, while cropping on dwarfing rootstock “can begin within two years”. Some invigorating rootstocks, such as M.25, still induce early flowering and cropping (Webster 1995, New Zealand Journal of Crop and Horticultural Science 23: 377).

How long until an apple tree bears fruit, by rootstock

Sources: RHS, “Rootstocks for fruit” (accessed October 2026); NC State Extension Gardener Handbook, Table 15-3 (Parker 2022); OSU EC 819, Table 2 (Olsen 2025); VCE 426-841, p. 2 (Yuan 2020) and VCE Gardener Handbook, Chapter 10; Penn State Extension, “Apple Production” (Crassweller et al. 2017); Autio et al. (2020), Journal of the American Pomological Society 74: 182–195; OMAFA, “Apple rootstocks” (updated 2025).

The sources split on MM106. Webster and Wertheim (2003, Apples: Botany, Production and Uses, p. 111) say MM.106 “induces excellent yield precocity”, and NIAB East Malling lists it among semi-vigorous rootstocks that “induce much better precocity” than others of similar vigour. Robinson (2003, p. 385) lists MM.106 with M.7 and MM.111 as rootstocks whose “lack of precocity is a serious limitation” in high-density orchards.

Apple trees by size class

Many extension tables group apple rootstocks into dwarf, semi-dwarf and standard trees instead of naming them. The figures below come from those tables.

Pear rootstocks

Sweet cherry rootstocks

Cherry research gives tree ages in “leaves” (growing seasons). Some authors count the nursery season too: Lang (2000) equates the 3rd leaf with the “2nd year in the orchard”, so his leaf numbers run about one higher than orchard years.

Colt is the clearest disagreement in this table. The RHS gives three or four years, while Oregon State, writing about irrigated Pacific Northwest orchards, groups it with Mazzard as a low-precocity rootstock.

Plum, peach and apricot rootstocks

In a Dutch trial, plum trees on Krymsk 1 (VVA-1) were “by far the least vigorous, most precocious, and most production efficient” of the rootstocks tested (Maas et al. 2011, Acta Horticulturae 903: 547–554). I found no authoritative years-to-fruit figure for the Brompton, Myrobalan B or Wavit plum rootstocks.

How long until a fruit tree reaches full cropping?

The first crop is small. Full or “mature” cropping comes several years later, and the gap is widest on vigorous rootstocks (Robinson 2003; Lockwood 2017; OSU PNW 619, 2021).

How long do fruit trees stay productive?

Life expectancy figures vary widely between sources: Purdue gives dwarf apple trees 10 to 15 years, and Virginia (VCE 2020) gives them 30 to 35. Commercial figures are economic lifespans, meaning how long an orchard is worth keeping.

Westwood (1993, p. 68), explaining why long-lived crops such as apple and pear are rarely replanted with new varieties, refers to plantings that remain productive “for 50 or more years”. Penn State Extension (2017) expects a commercial apple orchard to be productive “for at least 20 years”.

How long does a fruit tree grown from seed take to fruit?

A seedling tree must pass through a juvenile phase before it can flower. Westwood (1993, p. 217) defines juvenility as the state of a seedling “during which it cannot be induced to flower”. NC State Extension (2022) notes that “grafted trees bear fruit more quickly than seed-grown trees”.

Lemon and avocado show wide spreads. Davies and Albrigo (1994) give less than 2 years for lemons from seed, while van Nocker and Gardiner (2014) give 5 to 10 years for citrus as a group (orange, lemon, mandarin and tangerine, from Furr et al. 1947). For avocado, the range runs from 4 to 10 years (UF/IFAS) up to 15 or more (van Nocker and Gardiner 2014).

Why the sources give different numbers

The same tree can appear with a different number in each table for four reasons.

The clock starts in different places. UConn, NMSU, MU, Iowa State and UMaine count from planting; the other tables do not say. UConn (2012) titles its table “The age trees can be expected to bear fruit after planting”. Some textbooks count the age of the tree instead: Childers (1983) says Japanese plums “bear at from three to five years of age”. Cherry and apple trials count “leaves” (growing seasons), and some authors, such as Lang (2000), include the nursery season in that count.

Sources also count different events. The RHS distinguishes between cropping that “can begin within two years” on dwarfing rootstock and “a good crop” that non-dwarfing trees will not produce “until their fourth year”. Some tables record the first handful of fruit, and others record the first crop worth picking.

Region and climate may explain some of the spread, although the sources do not say why their figures differ. Oregon State (2025) gives 6–7 years for apricots and 12–14 years for pawpaws. The University of Arizona (2015) gives 3–4 years for apricots, and Kentucky State University gives 3–4 years for grafted pawpaws.

Some tables share a lineage and may not be independent. The Virginia Tech (2020) and University of Vermont tables have almost the same title and the same columns, and most of their bearing ages match. UConn (2012) and NMSU (2014) both publish “Why Fruit Trees Fail to Bear” with identical figures for pear, plum and both cherries.

Where two sources disagree, the page shows both figures. A dash marks a cell for which I found no authoritative figure.

Sources

University extension and government

• Yuan, R. (2020). Tree Fruit in the Home Garden. Virginia Cooperative Extension 426-841 (SPES-259P). Table 1. pubs.ext.vt.edu
• Virginia Cooperative Extension Gardener Handbook, Chapter 10, “Fruits in the Home Garden”. pressbooks.lib.vt.edu
• Parker, M. (2022). “Tree Fruits and Nuts”, Chapter 15, North Carolina Extension Gardener Handbook, 2nd ed. NC State Extension. Tables 15-3 and 15-6. content.ces.ncsu.edu
• Parker, M.L. (2016). Growing Pecans in North Carolina. NC State Extension. Table 1. content.ces.ncsu.edu
• Olsen, J.L. (2025). Growing tree fruits and nuts at home. Oregon State University Extension EC 819. Tables 1 and 2. extension.oregonstate.edu
• Olsen, J. (2013). Growing Hazelnuts in the Pacific Northwest: Introduction. OSU Extension EM 9072. extension.oregonstate.edu
• Long, L., Kaiser, C. and Thompson, A. (2021). Sweet cherry rootstocks for the Pacific Northwest. PNW 619. extension.oregonstate.edu
• Long, L.E. and Kaiser, C. (2013). Sweet Cherry Orchard Establishment in the Pacific Northwest. PNW 642. extension.oregonstate.edu
• Dana, M.N. Fruits and Nuts for Edible Landscaping. Purdue Extension HO-190. Table 1. ag.purdue.edu
• Warmund, M. Fruit Production. University of Missouri Extension MG6. Table 1. extension.missouri.edu
• Garcia, M.E. Master Gardener: Fruit Trees in the Home Garden. University of Vermont. uvm.edu
• Lockwood, D.W. (2017). Challenges & Opportunities in the Production & Marketing of Fruit & Nut Crops. University of Tennessee Center for Profitable Agriculture. utia.tennessee.edu
• UConn IPM (2012). “Why Fruit Trees Fail to Bear”. ipm.cahnr.uconn.edu
• Herrera, E. and Sullivan, D., revised by Yao, S. (2014). Why Fruit Trees Fail To Bear. NMSU Guide H-308. pubs.nmsu.edu
• Jauron, R. (2025). “How soon will a newly planted fruit tree begin to bear fruit?” Iowa State University Extension. yardandgarden.extension.iastate.edu
• Young, D., Call, R.E., Kilby, M. and DeGomez, T. (2015). Backyard Fruit Production at Elevations 3500 to 6000 Feet. University of Arizona AZ1162. extension.arizona.edu
• Moran, R. Plum Production in Maine. University of Maine Cooperative Extension Bulletin 2034. extension.umaine.edu
• University of Maine Cooperative Extension. “Rootstocks and Dwarf Fruit Trees”. extension.umaine.edu
• Crassweller, R.M. et al. (2017). “Apple Production”. Penn State Extension. extension.psu.edu
• Ontario Ministry of Agriculture, Food and Agribusiness (2025). “Apple rootstocks”. ontario.ca
• Gallardo, R.K. and Galinato, S. 2019 Cost Estimates of Establishing, Producing, and Packing Fuji Apples in Washington State. WSU Extension TB73E. Listed at ses.wsu.edu.
• Gallardo, R.K., Galinato, S.P. and Sallato C., B. (2024). 2024 Cost and Return Estimates of Establishing, Producing, and Packing Cosmic Crisp Apples in Washington. WSU Extension TB104E. Listed at ses.wsu.edu.
• Galinato, S.P., Gallardo, R.K. and Hong, Y.A. 2014 Cost Estimates of Establishing, Producing, and Packing Gala Apples in Washington State. WSU Extension TB18. Listed at ses.wsu.edu.
• Galinato, S.P. and Gallardo, R.K. 2015 Cost Estimates of Establishing, Producing, and Packing Bing Sweet Cherries in Washington State. WSU Extension TB22. Listed at ses.wsu.edu.
• Grant, J. et al. (2005). Costs to Establish and Produce Cherries, San Joaquin Valley. UC Cooperative Extension. ucanr.edu
• Ingels, C.A., Geisel, P.M. and Norton, M.V. (eds) (2007). The Home Orchard: Growing Your Own Deciduous Fruit and Nut Trees. UC ANR Publication 3485.
• Krueger, B. (2018). Home Orchards: Fruit and Nut Trees. UC ANR Master Gardener training. ucanr.edu
• Geisel, P.M. and Beede, R.H. (2004). Pistachio: Calendar of Operations for Home Gardeners. UC ANR Publication 8147. ucanr.edu
• UC ANR California Pistachio Research. “Climate & Cultivars”. ucanr.edu
• Lazicki, P. and Geisseler, D. Olive Production in California. UC Davis / UC ANR. ucanr.edu
• UC Marin Master Gardeners. “Olive”. ucanr.edu
• Roper, T.R. and Heflebower, R. (2017). Almonds in the Home Garden. Utah State University Extension. extension.usu.edu
• Beddes, T., Murray, M., Kuhns, M. and Goodspeed, J. (2011). Walnuts in the Home Orchard. Utah State University Extension. extension.usu.edu
• Crane, J.H. et al. Mango Growing in the Florida Home Landscape (HS2, revised 2023); Avocado Growing in the Florida Home Landscape (CIR1034, revised 2016); Key Lime Growing in the Florida Home Landscape (FC47, revised 2016). UF/IFAS EDIS.
• Sarkhosh, A., Huff, D.M. and Andersen, P.C. (2020). Japanese Persimmon Cultural Practices in Florida. UF/IFAS EDIS HS1389.
• Ferguson, J.J. (2002). Your Florida Dooryard Citrus Guide: Introduction. UF/IFAS EDIS HS884.
• UF/IFAS Gardening Solutions. “Avocado”. gardeningsolutions.ifas.ufl.edu
• Snipes, Z. and Melgar, J.C. (2024). In-Ground Citrus Production. Clemson HGIC 1364. hgic.clemson.edu
• Sauls, J.W. “Citrus”. Texas A&M AgriLife Extension. aggie-horticulture.tamu.edu
• Nesbitt, M., Stein, L. and Kamas, J. (2013). Texas Fruit and Nut Production: Avocados. Texas A&M AgriLife Extension EHT-018.
• Chia, C.L., Hamilton, R.A. and Evans, D.O. (1997). Mango. University of Hawaii CTAHR HC-2. ctahr.hawaii.edu
• Crabtree, S. and Pomper, K. (2018). All About Pawpaws; Pomper, K. and Crabtree, S. (2026). Planting Pawpaw Trees. Kentucky State University Cooperative Extension.
• Revord, R. et al. (2022). Growing and Marketing Chinese Chestnuts. UMCA AF1007; Webber, J.B. et al. (2022). Growing Black Walnut for Nut Production. UMCA AF1022; Coggeshall, M. (2004). “Grafting Nut Trees: How Do I Get Started?” Green Horizons 8(1). University of Missouri Center for Agroforestry. agebb.missouri.edu
• Fogerty, E. (2014). Nut Trees for New Jersey. Rutgers NJAES FS1225. njaes.rutgers.edu
• UT Extension Knox County (undated). Nut Crops for Tennessee. knox.tennessee.edu
• Smith, T.J. and Einhorn, T. PNW Pear Rootstock Trial. Washington Tree Fruit Research Commission, Project PR-099-903A, final report. treefruitresearch.org
• NC-140. “NC-140 Cherry Rootstock Trial” (preliminary results, 7 seasons, 1987 trials). Archived copy: web.archive.org

RHS and NIAB East Malling

• RHS. “Rootstocks for fruit”. rhs.org.uk
• RHS. “Fruit: unproductive trees”. rhs.org.uk
• RHS. “How to grow mulberries”. rhs.org.uk
• NIAB. “The influence of rootstock or interstock (interstem)”. niab.com

Peer-reviewed papers

• Autio, W. et al. (2020). Budagovsky, Geneva, Pillnitz, and Malling apple rootstocks affect ‘Honeycrisp’ performance over eight years in the 2010 NC-140 ‘Honeycrisp’ Apple Rootstock Trial. Journal of the American Pomological Society 74(4): 182–195.
• Hackett, W.P. (1985). Juvenility, maturation, and rejuvenation in woody plants. Horticultural Reviews 7: 109–155. doi.org/10.1002/9781118060735.ch3
• Lang, G.A. (2000). Precocious, dwarfing, and productive: how will new cherry rootstocks impact the sweet cherry industry? HortTechnology 10(4): 719–725. doi.org/10.21273/HORTTECH.10.4.719
• Maas, F.M. et al. (2011). Krymsk 1 (VVA-1), a dwarfing rootstock suitable for high density plum orchards in the Netherlands. Acta Horticulturae 903: 547–554. doi.org/10.17660/ActaHortic.2011.903.76
• Reighard, G. et al. (2004). Eight-year performance of 19 peach rootstocks at 20 locations in North America. Journal of the American Pomological Society 58(4): 174–202.
• Robinson, T. (2011). Advances in apple culture worldwide. Revista Brasileira de Fruticultura 33: 37–47. doi.org/10.1590/S0100-29452011000500006
• van Nocker, S. and Gardiner, S.E. (2014). Breeding better cultivars, faster: applications of new technologies for the rapid deployment of superior horticultural tree crops. Horticulture Research 1: 14022. doi.org/10.1038/hortres.2014.22
• Webster, A.D. (1995). Rootstock and interstock effects on deciduous fruit tree vigour, precocity, and yield productivity. New Zealand Journal of Crop and Horticultural Science 23(4): 373–382. doi.org/10.1080/01140671.1995.9513913

Textbooks

• Childers, N.F. (1983). Modern Fruit Science, 9th ed. Horticultural Publications, Gainesville, Florida.
• Davies, F.S. and Albrigo, L.G. (1994). Citrus. CAB International, Wallingford.
• Ferree, D.C. and Warrington, I.J. (eds) (2003). Apples: Botany, Production and Uses. CABI, Wallingford. Chapters by Webster and Wertheim (Ch. 5) and Robinson (Ch. 15, doi.org/10.1079/9780851995922.0345).
• Jackson, J.E. (2003). The Biology of Apples and Pears. Cambridge University Press.
• Litz, R.E. (ed.) (2009). The Mango: Botany, Production and Uses, 2nd ed. CAB International, Wallingford.
• Nakasone, H.Y. and Paull, R.E. (1998). Tropical Fruits. CAB International, Wallingford.
• Samson, J.A. (1986). Tropical Fruits, 2nd ed. Longman, Harlow.
• Schaffer, B., Wolstenholme, B.N. and Whiley, A.W. (eds) (2013). The Avocado: Botany, Production and Uses, 2nd ed. CAB International, Wallingford.
• Tromp, J., Webster, A.D. and Wertheim, S.J. (eds) (2005). Fundamentals of Temperate Zone Tree Fruit Production. Backhuys Publishers, Leiden.
• Westwood, M.N. (1993). Temperate-Zone Pomology: Physiology and Culture, 3rd ed. Timber Press, Portland, Oregon.

Cite this data

Leaftide’s compilation and article text are published under Creative Commons Attribution 4.0 (CC BY 4.0). The individual values remain attributed to the sources named next to them and are not relicensed.

How to cite: Leaftide (2026). “How Long Until Fruit Trees Bear Fruit? Years by Species and Rootstock.” Retrieved from https://leaftide.com/learn/how-long-fruit-trees-take-to-fruit/. Values compiled from university extension services, the RHS, NC-140 rootstock trials, peer-reviewed reviews and horticulture textbooks, as cited per row.

For height, spacing and staking by rootstock, see the fruit tree rootstock guide. For what to do while you wait for the first crop, see first-year fruit tree care.