Quick profile
Key data
Planting
March - May, September - November
Harvest
August - October
Water
low
Good neighbors
No data
Avoid
No data
Growing data
Sea Buckthorn Growing data
Seed depth
0.5 - 1 cm
Plant spacing
200 - 400 cm
Row spacing
300 - 500 cm
Germination temp
5 - 10 °C
Sowing and germination
Planting and spacing
Temperature and site
Water, nutrients and care
Container, support and growth
Year plan
Sea Buckthorn Calendar
Indoor sowing
Sea buckthorn is rarely sown indoors; propagation is usually by direct sowing or cuttings.
Direct sowing
Sow in autumn for natural cold stratification over winter, or in early spring after artificial stratification.
Planting
Planting of young plants in spring or autumn during dormancy.
Harvest
Berries ripen from late summer to autumn and can be harvested once fully colored.
Year plan
- Winter pruning
- Outdoor Sowing
- Winter Pruning
- Outdoor Sowing
- Planting
- Soil Preparation
- Planting
- Watering (Young Plants)
- Planting
- Watering (Young Plants)
- Light Corrective Pruning
- Watering (Young Plants)
- Watering (Young Plants)
- Harvest
- Watering (Young Plants)
- Harvest
- Planting
- Harvest
Growing
Sea Buckthorn Site, soil and care
Spacing
200 - 400 cm
Storage
General storage methods: Refrigeration (short-term), Freezing (long-term), Processing into juice, jam, syrup
Pruning
Sea Buckthorn Pruning
de: Auslichtungs- und Verjüngungsschnitt, Entfernung von Wurzelausläufern. | en: Thinning and rejuvenation pruning, removal of root suckers.
Goal
de: Auslichtungs- und Verjüngungsschnitt, Entfernung von Wurzelausläufern. | en: Thinning and rejuvenation pruning, removal of root suckers.
Pruning timing
Winter dormancy
Main pruning for thinning and rejuvenation, shaping. The best time is in late winter (January to March) before sap rises, or in late autumn after leaf fall. This minimizes stress on the plant and promotes fruit production in the following year.
Summer
Light corrective pruning, removal of water shoots or damaged branches. Only if necessary and very moderate, so as not to disturb fruit development. Primarily for shape correction and removal of problematic branches.
Remove
- Old, unproductive wood (older than 3-4 years) that bears less fruit.
- Dead, diseased, or damaged branches.
- Crossing or rubbing branches that hinder air circulation.
- All root suckers growing outside the desired area.
- Overcrowded shoots that densify the canopy.
Preserve
- Young, vigorous wood (1-3 years old), as this bears most fruit.
- An open canopy structure for good air circulation and light penetration.
- Sufficient male shoots for pollination (for female plants).
Avoid
- Heavy pruning of young plants to avoid inhibiting growth.
- Pruning during flowering or fruit set to avoid reducing yield.
- Removing all young shoots that will bear fruit.
Tools and hygiene
Use sharp, clean tools to prevent diseases and ensure smooth cuts. Disinfect tools between plants, especially if disease is suspected.
Health
Pests, Diseases
Pests
Sea Buckthorn Fly
Larvae of the sea buckthorn fly feed inside the fruits, leading to rot and crop loss. Recognizable by small puncture marks on the berries and premature fruit drop.
Aphids
Aphids suck sap from young shoots and leaves, which can lead to deformations and stunted growth. Heavy infestations excrete honeydew, attracting sooty mold.
Diseases
Powdery Mildew
A white, powdery coating on leaves and young shoots, which can inhibit growth and impair photosynthesis in severe cases.
Verticillium Wilt
A fungal disease that clogs the plant's vascular system, leading to wilting and dieback of shoots or entire plants.
Deficiencies
Iron Deficiency (Chlorosis)
Yellowing of young leaves between the veins, while the veins remain green. Often occurs on very calcareous or compacted soils that hinder iron uptake.
Plant health
FAQ
Do I need male and female sea buckthorn plants?
Yes, sea buckthorn is dioecious, meaning male and female flowers are on separate plants. For fruit production, a male plant in proximity to female plants is essential.
When is the best time to harvest sea buckthorn?
The harvest season for sea buckthorn typically runs from August to October, when the berries are fully colored and plump.
What's the best way to harvest sea buckthorn, given the thorns?
Due to the thorns and tightly attached berries, the easiest method is to cut entire fruit-laden branches and freeze them. After freezing, the berries can be easily shaken or stripped from the branches.
Is sea buckthorn easy to care for?
Yes, established sea buckthorn plants are very robust, drought-tolerant, and require little care, as long as they have a sunny location with well-drained soil and waterlogging is avoided.
Related plants
Elaeagnus
Belongs to the Oleaster family (Elaeagnaceae).
Ribes
Both are berry shrubs and belong to the shrub fruit group.
Raspberry
Both are berry shrubs and belong to the shrub fruit group.
Powdery Mildew
A common fungal disease that affects other plants as well.
Verticillium Wilt
A soil-borne fungal disease that can affect many woody plants.
Clover
Both are nitrogen fixers and require little additional nitrogen fertilization.
Lavandula
Both are drought-tolerant once established.
Internal links
Related plants
Sources
Public sources
- Wikidata entity
Wikidata · 2026-05-15
- GBIF species match
GBIF · 2026-05-15
- Deutschsprachige Wikipedia: Sanddorn
Wikipedia · 2026-05-15
- English Wikipedia: Sea buckthorn
Wikipedia · 2026-05-15
Details
More public plant data
Names
Common
Sea Buckthorn
Plural
Sea Buckthorn
Scientific synonyms
- Hippophaes rhamnoideum
- Rhamnoides hippophae
- Argussiera rhamnoides
- Elaeagnus rhamnoides
- Osyris rhamnoides
Synonyms
- Sea-buckthorn
Common synonyms
- Sea-buckthorn
Regional names
Historical names
Market names
Misspellings
Search terms
- Sea Buckthorn
- Sandthorn
- Sallowthorn
- Seaberry
- Hippophae rhamnoides
- Russian Sandthorn
Taxonomy
Family
Oleaster family
Classification
Edible parts
- Fruit
- Berries
Calendar
Sowing indoor
Notes
Sea buckthorn is rarely sown indoors; propagation is usually by direct sowing or cuttings.
Sowing outdoor
Months
- 10
- 11
- 12
- 1
- 2
- 3
Notes
Sow in autumn for natural cold stratification over winter, or in early spring after artificial stratification.
Planting out
Months
- 3
- 4
- 5
- 9
- 10
- 11
Notes
Planting of young plants in spring or autumn during dormancy.
Harvest
Months
- 8
- 9
- 10
Notes
Berries ripen from late summer to autumn and can be harvested once fully colored.
Month tasks
1
Perform winter pruning (shaping, thinning)
2
Continue winter pruning
3
Plant new shrubs
Prepare soil for new plantings
Complete pruning activities
4
Plant new shrubs
Water young plants during dry spells
5
Water young plants during dry spells
6
Perform light corrective pruning if needed
Water young plants during dry spells
7
Water young plants during dry spells
8
Start of harvest
Water young plants during dry spells
9
Continue harvest
Plant new shrubs
Prepare soil for new plantings
10
Complete harvest
Plant new shrubs
Outdoor sowing
11
Plant new shrubs
Outdoor sowing
Check winter protection for young plants
12
Outdoor sowing
Perform winter pruning
Structured month tasks
1
- Taskpruning
Label
Winter pruning
PrioritymediumMonths
- 1
- 2
- 11
- 12
ConditiondormancyEstimated effortmediumNotes
Shaping and thinning to promote fruit production and plant health.
- Tasksowing_outdoor
Label
Outdoor Sowing
PrioritylowMonths
- 10
- 11
- 12
- 1
- 2
- 3
Conditioncold_stratificationEstimated effortlowNotes
Seeds require cold stratification, so direct sowing in winter is possible.
2
- Taskpruning
Label
Winter Pruning
PrioritymediumMonths
- 1
- 2
- 11
- 12
ConditiondormancyEstimated effortmediumNotes
Shaping and thinning to promote fruit production and plant health.
- Tasksowing_outdoor
Label
Outdoor Sowing
PrioritylowMonths
- 10
- 11
- 12
- 1
- 2
- 3
Conditioncold_stratificationEstimated effortlowNotes
Seeds require cold stratification, so direct sowing in winter is possible.
3
- Taskplanting
Label
Planting
PriorityhighMonths
- 3
- 4
- 5
- 9
- 10
- 11
Conditionsoil_workableEstimated effortmediumNotes
Planting of bare-root or container-grown plants.
- Tasksoil_preparation
Label
Soil Preparation
PrioritymediumMonths
- 3
- 9
Conditionbefore_plantingEstimated effortmediumNotes
Ensure good drainage and loose soil.
- Taskpruning
Label
Pruning
PrioritymediumMonths
- 1
- 2
- 3
- 11
- 12
ConditiondormancyEstimated effortmediumNotes
Shaping and thinning to promote fruit production and plant health.
- Tasksowing_outdoor
Label
Outdoor Sowing
PrioritylowMonths
- 10
- 11
- 12
- 1
- 2
- 3
Conditioncold_stratificationEstimated effortlowNotes
Seeds require cold stratification, so direct sowing in winter is possible.
4
- Taskplanting
Label
Planting
PriorityhighMonths
- 3
- 4
- 5
- 9
- 10
- 11
Conditionsoil_workableEstimated effortmediumNotes
Planting of bare-root or container-grown plants.
- Taskwatering
Label
Watering (Young Plants)
PrioritymediumMonths
- 4
- 5
- 6
- 7
- 8
- 9
Conditiondry_spells_for_young_plantsEstimated effortlowNotes
Young plants require regular watering during dry spells in their first few years.
5
- Taskplanting
Label
Planting
PriorityhighMonths
- 3
- 4
- 5
- 9
- 10
- 11
Conditionsoil_workableEstimated effortmediumNotes
Planting of bare-root or container-grown plants.
- Taskwatering
Label
Watering (Young Plants)
PrioritymediumMonths
- 4
- 5
- 6
- 7
- 8
- 9
Conditiondry_spells_for_young_plantsEstimated effortlowNotes
Young plants require regular watering during dry spells in their first few years.
6
- Taskpruning
Label
Light Corrective Pruning
PrioritylowMonths
- 6
Conditionas_neededEstimated effortlowNotes
Only if necessary for shaping or removing damaged branches.
- Taskwatering
Label
Watering (Young Plants)
PrioritymediumMonths
- 4
- 5
- 6
- 7
- 8
- 9
Conditiondry_spells_for_young_plantsEstimated effortlowNotes
Young plants require regular watering during dry spells in their first few years.
7
- Taskwatering
Label
Watering (Young Plants)
PrioritymediumMonths
- 4
- 5
- 6
- 7
- 8
- 9
Conditiondry_spells_for_young_plantsEstimated effortlowNotes
Young plants require regular watering during dry spells in their first few years.
8
- Taskharvest
Label
Harvest
PriorityhighMonths
- 8
- 9
- 10
Conditionberries_ripeEstimated efforthighNotes
Berries are ripe when fully colored. Often, entire branches are cut and berries are removed later.
- Taskwatering
Label
Watering (Young Plants)
PrioritymediumMonths
- 4
- 5
- 6
- 7
- 8
- 9
Conditiondry_spells_for_young_plantsEstimated effortlowNotes
Young plants require regular watering during dry spells in their first few years.
9
- Taskharvest
Label
Harvest
PriorityhighMonths
- 8
- 9
- 10
Conditionberries_ripeEstimated efforthighNotes
Berries are ripe when fully colored. Often, entire branches are cut and berries are removed later.
- Taskplanting
Label
Planting
PriorityhighMonths
- 3
- 4
- 5
- 9
- 10
- 11
Conditionsoil_workableEstimated effortmediumNotes
Planting of bare-root or container-grown plants.
- Tasksoil_preparation
Label
Soil Preparation
PrioritymediumMonths
- 3
- 9
Conditionbefore_plantingEstimated effortmediumNotes
Ensure good drainage and loose soil.
- Taskwatering
Label
Watering (Young Plants)
PrioritymediumMonths
- 4
- 5
- 6
- 7
- 8
- 9
Conditiondry_spells_for_young_plantsEstimated effortlowNotes
Young plants require regular watering during dry spells in their first few years.
10
- Taskharvest
Label
Harvest
PriorityhighMonths
- 8
- 9
- 10
Conditionberries_ripeEstimated efforthighNotes
Berries are ripe when fully colored. Often, entire branches are cut and berries are removed later.
- Taskplanting
Label
Planting
PriorityhighMonths
- 3
- 4
- 5
- 9
- 10
- 11
Conditionsoil_workableEstimated effortmediumNotes
Planting of bare-root or container-grown plants.
- Tasksowing_outdoor
Label
Outdoor Sowing
PrioritylowMonths
- 10
- 11
- 12
- 1
- 2
- 3
Conditioncold_stratificationEstimated effortlowNotes
Seeds require cold stratification, so direct sowing in winter is possible.
11
- Taskplanting
Label
Planting
PriorityhighMonths
- 3
- 4
- 5
- 9
- 10
- 11
Conditionsoil_workableEstimated effortmediumNotes
Planting of bare-root or container-grown plants.
- Tasksowing_outdoor
Label
Outdoor Sowing
PrioritylowMonths
- 10
- 11
- 12
- 1
- 2
- 3
Conditioncold_stratificationEstimated effortlowNotes
Seeds require cold stratification, so direct sowing in winter is possible.
- Taskpruning
Label
Winter Pruning
PrioritymediumMonths
- 1
- 2
- 11
- 12
ConditiondormancyEstimated effortmediumNotes
Shaping and thinning to promote fruit production and plant health.
12
- Tasksowing_outdoor
Label
Outdoor Sowing
PrioritylowMonths
- 10
- 11
- 12
- 1
- 2
- 3
Conditioncold_stratificationEstimated effortlowNotes
Seeds require cold stratification, so direct sowing in winter is possible.
- Taskpruning
Label
Winter Pruning
PrioritymediumMonths
- 1
- 2
- 11
- 12
ConditiondormancyEstimated effortmediumNotes
Shaping and thinning to promote fruit production and plant health.
Cultivation specs
Seed
Spacing
Spacing notes
Sea buckthorn requires ample space as it grows into a large shrub or small tree and produces suckers.
Growth dimensions
Final size notes
Grows as a large, often thorny shrub or small tree with an extensive root system.
Temperature
Temperature notes
Extremely winter-hardy and heat-tolerant, ideal for harsh climates.
Water
Critical water phases
- Establishment phase after planting
- Fruit development in young plants
Water notes
Very drought-tolerant once established. Avoid waterlogging at all costs.
Nutrition
Nutrition notes
As a nitrogen fixer, sea buckthorn requires very little additional nitrogen fertilization. An annual compost application is sufficient.
Container
Container notes
Due to its size and extensive root system, sea buckthorn is not suitable for long-term container cultivation, except for dwarf varieties.
Support
Support notes
Sea buckthorn grows as a self-supporting shrub or small tree and does not require support.
Cultivation modes
Yield density
Yield notes
Yield varies greatly depending on cultivar, plant age, and location. Female plants bear fruit, while male plants serve for pollination.
Site
Sun exposure
- Full sun
Wind exposure
- Wind tolerant
- Open
Microclimate notes
Prefers open, sunny locations. Well-suited for windy areas and coastal regions.
Soil
Soil type
- Sandy
- Gravelly
- Loamy-sandy
Drainage
- Very good
Organic matter content
- Low
- Medium
Soil notes
Sea buckthorn is undemanding and thrives even on nutrient-poor, well-drained soils. Waterlogging must be avoided.
Watering
Watering frequency
- Regular for young plants
- Seldom for established plants
Watering notes
Once established, sea buckthorn is very drought-tolerant and requires little additional irrigation, except during extremely long dry periods.
Nutrition
Fertilization frequency
- Annually (compost)
Fertilization notes
As a nitrogen fixer, sea buckthorn requires very little additional fertilization. An annual application of mature compost in spring is sufficient.
Cultivation planning
Succession sowing
Bed planning notes
Both male and female plants are required for fruit production. Plan for sufficient space for spread.
Deficiencies
- Slugeisenmangel
Name
Iron Deficiency (Chlorosis)
Description
Yellowing of young leaves between the veins, while the veins remain green. Often occurs on very calcareous or compacted soils that hinder iron uptake.
Symptoms
- Interveinal chlorosis on young leaves
- Leaf veins remain green
- Stunted growth
Causes
- High soil pH (calcareous)
- Compacted soil
- Waterlogging
Management
- Soil acidification with acidic compost or rhododendron soil (if needed)
- Use of iron chelates
- Improve soil drainage
Prevention
- Choose location with suitable pH
- Regular compost applications for soil improvement
SeveritylowOccurrencerareNotes
Sea buckthorn is relatively tolerant of various pH levels, but extreme conditions can cause deficiency symptoms.
Problems
- Slugstaunaesse
Name
Waterlogging
Description
Sea buckthorn is extremely sensitive to waterlogging, which can lead to root rot and plant death.
Symptoms
- Wilting leaves despite moist soil
- Yellowing of leaves
- Dieback of shoots or entire plant
Causes
- Poor soil drainage
- Excessive watering
- Compacted soil
Management
- Improve drainage (e.g., by creating raised beds)
- Reduce watering
- Loosen soil
Prevention
- Choose location with well-drained soil
- Avoid clay pits when planting
- Create drainage layers
SeverityhighOccurrenceoccasionalNotes
This is the most common non-biological problem for sea buckthorn.
- Slugwurzelauslaeufer
Name
Root Suckers
Description
Sea buckthorn produces numerous root suckers that can spread widely and overgrow other crops.
Symptoms
- New shoots appearing at a distance from the mother plant
- Plant spreading beyond the desired area
Causes
- Natural growth habit of the plant
- Damage to the root system
Management
- Regular removal of suckers (cutting them off)
- Installation of root barriers during planting
Prevention
- Choose a location where spread is tolerated
- Use root barriers
SeveritymediumOccurrencecommonNotes
This is a natural characteristic of sea buckthorn and must be considered in site selection and care.
Problem management
Common pest groups
- Insect larvae (Sea Buckthorn Fly)
- Sucking insects (Aphids)
Common disease groups
- Fungal diseases (Powdery Mildew, Wilt)
Prevention principles
- Site-appropriate planting on well-drained soil in full sun.
- Avoidance of waterlogging through suitable soil preparation.
- Promotion of garden biodiversity to support natural enemies of pests.
- Selection of robust and site-adapted varieties.
- Regular thinning pruning to improve air circulation and plant health.
Diagnosis notes
Look for wilting (often a sign of waterlogging or Verticillium wilt), leaf discolorations (deficiencies), and specific feeding marks or puncture wounds on fruits (sea buckthorn fly). Sea buckthorn is generally very resilient, so problems are often due to unfavorable site conditions.
Disease graph
Profiles
- SlugsanddornfliegeSeveritymedium
Conditions
- Warm summers
- Susceptible varieties
Affected parts
- Fruits
Prevention
- Cultivate resistant varieties
- Early harvest
Organic control
- Yellow sticky traps
- Remove infested fruits
- Autumn soil cultivation
- SlugblattlaeuseSeveritylow
Conditions
- Young, tender shoots
- Nitrogen excess
Affected parts
- Young shoots
- Leaves
Prevention
- Promote beneficial insects
- Balanced fertilization
Organic control
- Rinse with water
- Soapy water solution
- Slugechter-mehltauSeveritylow
Conditions
- Warm, humid weather
- Poor air circulation
Affected parts
- Leaves
- Young shoots
Prevention
- Thinning pruning
- Robust varieties
Organic control
- Remove affected parts
- Sulfur-based preparations
- Slugverticillium-welkeSeveritymedium
Conditions
- Infested soil
- Root injuries
Affected parts
- Shoots
- Branches
- Entire plant
Prevention
- Resistant varieties
- Avoid root injuries
Organic control
- Remove and destroy affected plant parts
- SlugstaunaesseSeverityhigh
Conditions
- Poor drainage
- Compacted soil
- Excessive watering
Affected parts
- Roots
- Entire plant
Prevention
- Location with good drainage
- Raised beds
- Appropriate watering
Organic control
- Loosen soil
- Improve drainage
- SlugeisenmangelSeveritylow
Conditions
- Calcareous soils
- High pH value
Affected parts
- Young leaves
Prevention
- Adjust soil pH
- Add organic matter
Organic control
- Iron chelates (organically approved)
- Incorporate acidic compost
Diagnostic rules
Symptom
Wilting leaves or shoots, often one-sided
Possible causes
- staunaesse
- verticillium-welke
First checks
- Check soil moisture (too wet?)
- Check roots for rot
- Cut shoots (discoloration in wood?)
Symptom
Yellow leaves with green veins (especially young leaves)
Possible causes
- eisenmangel
First checks
- Check soil pH
- Check soil for compaction
Symptom
Small puncture marks and rotten spots on fruits, premature fruit drop
Possible causes
- sanddornfliege
First checks
- Check fruits for larvae
- Set up yellow sticky traps
Symptom
White, powdery coating on leaves and shoots
Possible causes
- echter-mehltau
First checks
- Check air circulation
- Check plant for over-fertilization
Symptom
New shoots appear far from the mother plant
Possible causes
- wurzelauslaeufer
First checks
- Check area around the plant for suckers
Prevention strategy
Cultural
- Site selection: Full sun and well-drained, rather lean soil are ideal.
- Planting: Ensure sufficient spacing when planting and use root barriers if necessary.
- Pruning: Regular thinning and rejuvenation pruning promotes vitality and air circulation.
- Watering: Established plants require little water; absolutely avoid waterlogging.
- Fertilization: As a nitrogen fixer, sea buckthorn is very undemanding; an annual compost application is sufficient.
Monitoring
- Regular monitoring for sea buckthorn fly infestation from July (yellow sticky traps).
- Observation of leaves for discolorations or coatings.
- Check soil for waterlogging, especially after heavy rains or irrigation.
Organic first response
- For aphids: Rinse with water or soapy water solution.
- For powdery mildew: Remove affected leaves, use organic sulfur preparations if necessary.
- For sea buckthorn fly: Immediately remove and destroy infested fruits, hang yellow sticky traps.
- For waterlogging: Loosen soil, improve drainage, stop irrigation.
Notes
The best strategy is prevention through site-appropriate planting and care, as sea buckthorn is naturally robust.
Phenology
Stages
- Bud break
- Flowering
- Fruit set
- Fruit ripening
- Leaf fall
Notes
Sea buckthorn is dioecious, meaning male and female flowers are on separate plants. Fruit ripening occurs only on female plants.
Flowering pollination
Flowering time
March to April (before leaf emergence)
Flower characteristics
Inconspicuous, small, yellowish flowers appearing in leaf axils. Male flowers in small catkins, female flowers solitary or in small clusters.
Harvest
Harvest season
August to October
Typical yield
5-15 kg per established female plant
Harvest method notes
The berries are very tightly attached to thorny branches, making harvesting difficult. A common method is to cut entire fruit-laden branches, which are then frozen. After freezing, the berries can be easily shaken or stripped from the branches.
Harvest details
Harvest frequency
Annually, from the 3rd to 4th year of female plants.
Harvest indicators
- Full orange to red coloration of berries
- Berries are plump and firm
Post harvest handling
After harvest, berries should be processed or frozen quickly to preserve their high vitamin C content. If harvesting by cutting entire branches, these are frozen directly and the berries are removed later.
Storage
General storage methods
- Refrigeration (short-term)
- Freezing (long-term)
- Processing into juice, jam, syrup
Storage details
General storage category
Fresh, refrigerated, frozen, processed
Storage life
Fresh: a few days in the refrigerator. Frozen: up to 12 months. Processed: several months to years depending on product and storage.
Processing options
- Juicing
- Making jam/jelly
- Making syrup
- Drying
- Freezing
Processing use
Primary uses
- Juice
- Jam
- Jelly
- Syrup
- Oil
- Tea
- Cosmetic products
Notes
Sea buckthorn berries are rich in vitamin C, carotenoids, and other bioactive substances. They are often processed into health foods and dietary supplements.
Kitchen usage
Culinary uses
- Juices and nectars
- Jams and jellies
- Syrups and liqueurs
- Desserts (mousse, ice cream)
- Baked goods (cakes, muffins)
- Sauces for game or poultry
- Smoothies
Flavor profile
Intensely tart, fruity, slightly astringent.
Notes
Due to their very high acidity, sea buckthorn berries are rarely eaten raw, but usually processed sweetened or combined with other fruits.
Safety and edibility
Edible parts
- Fruits (berries)
Inedible or caution parts
- Thorns (make harvesting difficult)
Toxicity notes
No known toxic effects of the edible parts.
Raw consumption
Possible, but rarely consumed raw due to the extremely tart taste. Usually processed.
Seed saving
Method
Collect ripe berries, remove pulp by crushing and washing. Thoroughly dry the seeds and store them in a cool, dark, and dry place.
Notes
Sea buckthorn seeds require cold stratification for germination. As sea buckthorn is dioecious and often propagated vegetatively, seed saving for true-to-type offspring is more complex.
Seed saving advanced
Stratification requirements
Cold stratification for 2-3 months at 1-5°C (34-41°F) is necessary to break dormancy.
Viability storage
Seeds remain viable for 2-4 years when stored in cool, dry, and dark conditions.
Cross pollination risk
As sea buckthorn is wind-pollinated and requires both male and female plants, the genetic origin of the pollinators must be considered when saving seeds if true-to-type offspring are desired.
Varieties
- NameLeikoraGenderfemale
Characteristics
- High yield
- Large, orange berries
- Late ripening
Notes
One of the most well-known and productive female varieties, good for juice and jam.
- NameFruganaGenderfemale
Characteristics
- Early ripening
- Medium-sized berries
- Good flavor
Notes
Popular variety for fresh consumption and early processing.
- NameAskolaGenderfemale
Characteristics
- Good yield
- Medium-sized, bright orange berries
- Robust variety
Notes
Resilient variety, good for harsh locations.
- NameHergoGenderfemale
Characteristics
- Vigorous
- Good yield
- Mid-late ripening
Notes
Another proven female variety for cultivation.
- NamePollmixGendermale
Characteristics
- Good pollinator
- Vigorous
Notes
One 'Pollmix' male plant can pollinate up to 6-10 female plants.
- NameHippophae rhamnoides 'Hikul'Gendermale
Characteristics
- More ornamental growth habit
- Good pollinator
Notes
Often used as an ornamental shrub due to its less vigorous growth than 'Pollmix'.
Woody crop details
Training systems to research
- Bush
- Small tree
Notes
Sea buckthorn is dioecious; both male and female plants are required for fruit production. It often produces root suckers that should be removed regularly. Most varieties are thorny.
Ecology
Biodiversity notes
Sea buckthorn is an important pioneer plant that contributes to soil improvement (nitrogen fixation) and provides food and shelter for birds and insects. The thorny shrubs are an ideal nesting site.




