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Fruit Tree Pollination Checker

Find out if your fruit tree needs a pollination partner and which varieties are compatible. Select a variety to see its pollination group, compatible partners, and special requirements.

Select Your Variety

How Pollination Groups Work

Fruit trees are assigned to pollination groups based on when they bloom. For successful cross-pollination:

  • Choose varieties from the same group or adjacent groups
  • Both trees must be within 50–100 feet of each other
  • Triploid varieties need two other pollinators (their pollen is sterile)
  • Self-fertile trees fruit alone but often do better with a partner

Pollination Results

Select a fruit tree variety to see pollination info

Full Pollination Reference Data

For pollination context and variety notes, see the Fruit Tree Pollination Groups guide.

Variety Type Pollination Type Group Compatible With
Almond
All-in-One Almond self fertile — Hall's Hardy
Hall's Hardy Almond partially self fertile — All-in-One
Apple
Anna Apple needs pollinator 1 Dorsett Golden
Arkansas Black Apple needs pollinator 3 Fuji, Gala, Granny Smith, Golden Delicious, Honeycrisp, Pink Lady (Cripps), Red Delicious, Braeburn, Empire, Cosmic Crisp, McIntosh, Cortland, Liberty, Winesap, Gravenstein
Braeburn Apple needs pollinator 4 Fuji, Gala, Granny Smith, Golden Delicious, Honeycrisp, Pink Lady (Cripps), Red Delicious, Empire, Cosmic Crisp, Cortland, Winesap, Arkansas Black
Cortland Apple needs pollinator 3 McIntosh, Empire, Red Delicious, Fuji, Granny Smith, Golden Delicious, Honeycrisp, Pink Lady (Cripps), Braeburn, Cosmic Crisp, Liberty, Winesap, Arkansas Black, Gravenstein
Cosmic Crisp Apple needs pollinator 4 Granny Smith, Fuji, Gala, Golden Delicious, Honeycrisp, Pink Lady (Cripps), Red Delicious, Braeburn, Empire, Cortland, Winesap, Arkansas Black
Dorsett Golden Apple needs pollinator 1 Anna
Empire Apple needs pollinator 4 McIntosh, Cortland, Golden Delicious, Gala, Fuji, Granny Smith, Honeycrisp, Pink Lady (Cripps), Red Delicious, Braeburn, Cosmic Crisp, Liberty, Winesap, Arkansas Black
Fuji Apple needs pollinator 3 Gala, Granny Smith, Golden Delicious, Honeycrisp, Pink Lady (Cripps), Red Delicious, Braeburn, Empire, Cosmic Crisp, McIntosh, Cortland, Liberty, Winesap, Arkansas Black, Gravenstein
Gala Apple needs pollinator 4 Fuji, Granny Smith, Red Delicious, Golden Delicious, Honeycrisp, Pink Lady (Cripps), Braeburn, Empire, Cosmic Crisp, Cortland, Winesap, Arkansas Black
Golden Delicious Apple partially self fertile 4 Gala, Fuji, Granny Smith, Honeycrisp, Pink Lady (Cripps), Red Delicious, Braeburn, Empire, Cosmic Crisp, Cortland, Winesap, Arkansas Black
Granny Smith Apple needs pollinator 3 Fuji, Gala, Pink Lady (Cripps), Golden Delicious, Honeycrisp, Red Delicious, Braeburn, Empire, Cosmic Crisp, McIntosh, Cortland, Liberty, Winesap, Arkansas Black, Gravenstein
Gravenstein Apple triploid 2 McIntosh, Fuji, Granny Smith, Cortland, Liberty, Gala, Golden Delicious, Red Delicious, Honeycrisp, Pink Lady (Cripps), Braeburn, Empire, Cosmic Crisp, Winesap, Arkansas Black
Honeycrisp Apple needs pollinator 4 Gala, Fuji, Golden Delicious, Granny Smith, Pink Lady (Cripps), Red Delicious, Braeburn, Empire, Cosmic Crisp, Cortland, Winesap, Arkansas Black
Jonagold Apple triploid 3 Fuji, Gala, Granny Smith, Golden Delicious, Honeycrisp, Pink Lady (Cripps), Red Delicious, Braeburn, Empire, Cosmic Crisp, McIntosh, Cortland, Liberty, Winesap, Arkansas Black, Gravenstein
Liberty Apple needs pollinator 2 McIntosh, Fuji, Granny Smith, Cortland, Gravenstein, Gala, Golden Delicious, Red Delicious, Honeycrisp, Pink Lady (Cripps), Braeburn, Empire, Cosmic Crisp
McIntosh Apple needs pollinator 2 Cortland, Empire, Red Delicious, Fuji, Granny Smith, Liberty, Gravenstein
Pink Lady (Cripps) Apple needs pollinator 4 Granny Smith, Fuji, Gala, Golden Delicious, Honeycrisp, Red Delicious, Braeburn, Empire, Cosmic Crisp, Cortland, Winesap, Arkansas Black
Red Delicious Apple needs pollinator 4 Golden Delicious, Gala, Fuji, Granny Smith, Honeycrisp, Pink Lady (Cripps), Braeburn, Empire, Cosmic Crisp, Cortland, Winesap, Arkansas Black
Winesap Apple triploid 3 Fuji, Gala, Granny Smith, Golden Delicious, Honeycrisp, Pink Lady (Cripps), Red Delicious, Braeburn, Empire, Cosmic Crisp, McIntosh, Cortland, Liberty, Arkansas Black, Gravenstein
Apricot
Blenheim (Royal) Apricot self fertile — Moorpark, Harcot
Harcot Apricot self fertile — Moorpark, Blenheim (Royal)
Moorpark Apricot self fertile — Blenheim (Royal), Harcot
Asian Pear
Hosui Asian Pear needs pollinator — Shinseiki, Bartlett
Shinseiki Asian Pear partially self fertile — Hosui, Bartlett
Blackberry
Natchez Blackberry self fertile — Triple Crown, Ouachita
Ouachita Blackberry self fertile — Triple Crown, Natchez
Triple Crown Blackberry self fertile — Ouachita, Natchez
Blueberry
Bluecrop Blueberry partially self fertile — Duke, Jersey, Sunshine Blue, Misty
Duke Blueberry partially self fertile — Bluecrop, Jersey, Sunshine Blue, Misty
Jersey Blueberry partially self fertile — Bluecrop, Duke, Sunshine Blue, Misty
Misty Blueberry partially self fertile — Bluecrop, Duke, Jersey, Sunshine Blue
Sunshine Blue Blueberry partially self fertile — Bluecrop, Duke, Jersey, Misty
Cherry (Sweet)
Bing Cherry (Sweet) needs pollinator — Lapins, Stella, Rainier
Lapins Cherry (Sweet) self fertile — Bing, Rainier, Stella
Rainier Cherry (Sweet) needs pollinator — Bing, Lapins, Stella
Stella Cherry (Sweet) self fertile — Bing, Rainier, Lapins
Cherry (Tart)
Montmorency Cherry (Tart) self fertile — —
Citrus
Meyer Lemon Citrus self fertile — —
Owari Satsuma Citrus self fertile — —
Fig
Brown Turkey Fig self fertile — —
Chicago Hardy Fig self fertile — —
Grape
Concord Grape self fertile — Thompson Seedless, Flame Seedless, Cabernet Sauvignon
Flame Seedless Grape self fertile — Concord, Thompson Seedless, Cabernet Sauvignon
Thompson Seedless Grape self fertile — Concord, Flame Seedless, Cabernet Sauvignon
Grape (Muscadine)
Carlos Grape (Muscadine) self fertile — —
Grape (Wine)
Cabernet Sauvignon Grape (Wine) self fertile — Concord, Thompson Seedless, Flame Seedless
Jujube
Lang Jujube needs pollinator — Li
Li Jujube partially self fertile — Lang
Kiwi
Hayward (Fuzzy Kiwi) Kiwi needs pollinator — Issai (Hardy Kiwi)
Issai (Hardy Kiwi) Kiwi self fertile — Hayward (Fuzzy Kiwi)
Mulberry
Illinois Everbearing Mulberry self fertile — Pakistan
Pakistan Mulberry self fertile — Illinois Everbearing
Nectarine
Arctic Star Nectarine self fertile — Fantasia, Mericrest
Fantasia Nectarine self fertile — Arctic Star, Mericrest
Mericrest Nectarine self fertile — Fantasia, Arctic Star
Olive
Arbequina Olive partially self fertile — Mission
Mission Olive partially self fertile — Arbequina
Pawpaw
Pawpaw (Shenandoah) Pawpaw needs pollinator — Pawpaw (Sunflower)
Pawpaw (Sunflower) Pawpaw partially self fertile — Pawpaw (Shenandoah)
Peach
Belle of Georgia Peach self fertile — Elberta, Redhaven, Reliance, Contender, O'Henry
Contender Peach self fertile — Elberta, Redhaven, Reliance, Belle of Georgia
Elberta Peach self fertile — Redhaven, Reliance, Contender, Belle of Georgia, O'Henry, Florida King
Florida King Peach self fertile — —
O'Henry Peach self fertile — Elberta, Redhaven, Belle of Georgia
Redhaven Peach self fertile — Elberta, Reliance, Contender, Belle of Georgia, O'Henry
Reliance Peach self fertile — Elberta, Redhaven, Contender, Belle of Georgia
Pear
Bartlett Pear partially self fertile — D'Anjou, Bosc, Kieffer, Hosui, Shinseiki
Bosc Pear needs pollinator — Bartlett, D'Anjou, Kieffer
D'Anjou Pear needs pollinator — Bartlett, Bosc, Kieffer
Kieffer Pear partially self fertile — Bartlett, D'Anjou, Bosc
Pecan
Desirable Pecan needs pollinator — Pawnee
Pawnee Pecan needs pollinator — Desirable
Persimmon (Asian)
Fuyu Persimmon (Asian) self fertile — Hachiya
Hachiya Persimmon (Asian) self fertile — Fuyu
Persimmon (Native)
American Persimmon Persimmon (Native) needs pollinator — —
Plum
Methley Plum self fertile — Santa Rosa
Santa Rosa Plum partially self fertile — Methley
Plum (European)
Stanley Plum (European) self fertile — —
Pomegranate
Eversweet Pomegranate self fertile — Wonderful
Wonderful Pomegranate self fertile — Eversweet
Quince
Pineapple Quince Quince self fertile — —
Raspberry
Fall Gold Raspberry self fertile — Heritage, Tulameen
Heritage Raspberry self fertile — Tulameen, Fall Gold
Tulameen Raspberry self fertile — Heritage, Fall Gold
Walnut
Carpathian Walnut partially self fertile — Chandler
Chandler Walnut partially self fertile — Carpathian

Last updated: September 2026

How to cite: Leaftide (2026). Fruit Tree Pollination Groups & Compatibility. leaftide.com/tools/pollination-checker/. Licensed CC BY 4.0.

Understanding Fruit Tree Pollination

Many fruit trees — especially apples, pears, and sweet cherries — need pollen from a different variety to produce fruit. This is called cross-pollination. A single Honeycrisp apple tree in your yard, no matter how healthy, won't produce apples without a compatible pollinator nearby.

The key factors for successful pollination are:

  • Bloom time overlap — both trees must flower at the same time. This is why pollination groups matter.
  • Genetic compatibility — some varieties share the same S-alleles and can't pollinate each other (common in cherries).
  • Proximity — trees should be within 50–100 feet for bees to reliably transfer pollen between them.
  • Viable pollen — triploid varieties produce sterile pollen and can't pollinate other trees.

Self-Fertile vs. Cross-Pollinating Fruit Trees

Self-fertile trees can set fruit with their own pollen. Most peaches, nectarines, apricots, figs, citrus, and tart cherries fall into this category. A single tree will produce a crop.

Cross-pollinating trees need pollen from a different variety. Most apples, pears, sweet cherries, and some plums require a partner. The partner must be a different variety — two Honeycrisp trees won't pollinate each other because they're genetically identical.

Partially self-fertile trees (like Golden Delicious apple or Bartlett pear) can set some fruit alone but produce significantly better crops with a pollination partner.

The Triploid Challenge

Some apple varieties — including Jonagold, Gravenstein, and Winesap — are triploid, meaning they have three sets of chromosomes instead of the usual two. Their pollen is sterile, so they can't pollinate other trees.

If you plant a triploid variety, you need at least two other non-triploid varieties nearby: one to pollinate the triploid, and one to pollinate the first pollinator (since the triploid can't return the favor). This means a minimum of three apple trees in your orchard.

Quick Reference: Which Fruit Trees Need Pollinators?

Fruit Type Needs Pollinator? Notes
AppleYes (most)Need different variety from same/adjacent pollination group
PearYes (most)European pears cross-pollinate each other; Asian pears too
Sweet CherryUsuallyStella and Lapins are self-fertile; Bing and Rainier need partners
Tart CherryNoSelf-fertile — single tree is fine
PeachNoSelf-fertile — single tree produces full crop
NectarineNoSelf-fertile (genetically a fuzzless peach)
ApricotNoSelf-fertile, but a partner can improve yield
Plum (Japanese)SometimesSome self-fertile; can't cross with European plums
Plum (European)NoSelf-fertile — can't cross with Japanese plums
FigNoCommon figs are self-fertile
CitrusNoAll citrus are self-fertile
PersimmonUsually noAsian types self-fertile; American may need male tree
PawpawYesNeed genetically different variety (not same cultivar)
PomegranateNoSelf-fertile
JujubeSometimesSome self-fertile; cross-pollination improves yield
QuinceNoSelf-fertile

Frequently Asked Questions

Do I need two apple trees to get fruit?

Almost always yes. Most apple varieties need pollen from a different variety to set fruit. The two trees should be from the same or adjacent pollination groups so they bloom at the same time. A few varieties like Golden Delicious are partially self-fertile but still produce better with a partner.

What is a pollination group?

A pollination group (also called a flowering group) indicates when a fruit tree blooms. Trees in the same group bloom at the same time. For successful cross-pollination, you need varieties from the same group or adjacent groups (e.g., group 3 can pollinate groups 2, 3, and 4). This ensures the flowers are open at the same time for bees to transfer pollen.

What is a triploid apple tree?

Triploid apple varieties (like Jonagold, Gravenstein, and Winesap) have three sets of chromosomes instead of the usual two. This means their pollen is sterile — they can receive pollen but can't donate it. You need at least two other non-triploid varieties nearby: one to pollinate the triploid, and one to pollinate the first pollinator.

Can a crabapple pollinate my apple tree?

Yes! Crabapples are excellent pollinators for apple trees. They produce abundant pollen over a long bloom period, making them reliable partners. Many ornamental crabapples work well — just make sure the bloom times overlap with your apple variety.

Are peach trees self-fertile?

Yes, nearly all peach and nectarine varieties are self-fertile. A single tree will produce fruit without a pollination partner. However, having a second peach variety nearby can sometimes improve fruit set and yield.

Can sweet cherries pollinate tart cherries?

Tart cherries (like Montmorency) are self-fertile and don't need any pollination partner. Sweet cherries are more complicated — many need a compatible partner, and some combinations are incompatible. Self-fertile sweet cherries like Stella and Lapins can pollinate any other sweet cherry variety.

How close do fruit trees need to be for pollination?

Fruit trees should ideally be within 50-100 feet of each other for reliable pollination. Bees, the primary pollinators, typically work within this range. In practice, trees within the same yard or a neighbor's nearby tree often work fine. The closer the better for consistent fruit set.

Can European pears pollinate Asian pears?

Yes, European pears (like Bartlett, Anjou, Bosc) can cross-pollinate Asian pears (like Hosui, Shinseiki) if their bloom times overlap. This is useful if you want to grow one of each type — they can serve as each other's pollination partners.

Related Tools

Pollination data compiled from university extension services, the Royal Horticultural Society (RHS) pollination group charts, RosBREED cherry S-allele research, and nursery compatibility guides. Pollination compatibility can vary by region and microclimate. For best results, consult your local extension office.