Collection: Organic Strawberry Plant Wholesaler

Why choose Fraisiverse as a specialist wholesaler for your organic strawberries?

1. Complete short circuit – from the nursery to your plot

At Fraisiverse, strawberry plants are propagated, selected, and packaged by our European nursery partners, without any intermediaries. You benefit from stable producer prices and rigorous quality control on each batch (classification, vigor, health, varietal homogeneity).

2. B2B logistics calibrated for professionals

• Real-time availability: daily stock updates; to guarantee your quantities and planting schedule, it is advisable to reserve your plants 6 to 9 months in advance .
• Express preparation: during the season, shipping within 5 to 10 working days throughout France and Europe; deliveries outside Europe on quote.
• Optimized packaging: we select the most protective solution for plant health while controlling logistics costs.
• Delivery: France within 5 days, Europe within 10 days; for destinations outside Europe, we provide a tailor-made offer. Incoterms DAP or FCA of your choice.
• Proactive monitoring: real-time tracking provided by our teams.

3. Strawberry expertise

Founded in 2024 by market gardening enthusiasts, Fraisiverse puts its expertise in professional strawberry cultivation at the service of your farms. Our technical team advises you on:

• the choice of varieties (early, everbearing, seasonal, late) depending on your marketing niche,
• the densities and types of plants (pots, mini-clods, fridges, trays, etc.) to maximize yield and visual quality,

4. Guarantees & customer reviews

• Google Rating: 5/5
  Reactivity, sanitary quality and homogeneity of the plants are the most cited points.

How to order from Fraisiverse?

Request your personalized quote now – response within 48 hours for a batch of strawberry plants:

• Send your quantities, varieties and delivery dates to info@economealegumes.fr
• Call us at 06 28 78 57 28
• Or fill out our online form directly: https://fraisiverse.com/pages/contact

We open your wholesale account in less than 24 hours, with no activation fees, and provide a customized quote based on your volumes.

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Organic production of professional strawberry plants

Organic strawberry farming is based on a systemic approach that prioritizes prevention and ecosystem resilience. This involves rigorous soil management, appropriate varietal choices, and integrated pest protection strategies. For professional strawberry growers, the goal is to reconcile satisfactory yields , fruit quality , and compliance with organic specifications.

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Varietal selection for organic production

The success of organic strawberry cultivation begins with varietal selection. Strawberry varieties chosen for organic production must exhibit robustness and inherent resistance to diseases and certain pests, in order to reduce the need for phytosanitary treatments, whether or not they are permitted in organic farming. Good general hardiness and adaptability to varied climatic conditions are also major assets.

Varieties recommended for organic cultivation

Several varieties are distinguished by their suitability for organic cultivation, often thanks to high resistance to certain major diseases.

The Aprica variety is an excellent example, renowned for its very good overall disease resistance, both in the roots and foliage. This characteristic is particularly advantageous for organic producers or those seeking to limit the use of chemicals, allowing for a reduction in the use of phytosanitary treatments. Its robustness and good fruit stability also contribute to an excellent compromise between resistance to foliar diseases and fruit strength.

Likewise, the Belrubi strawberry plant is praised for its robustness and general resilience against major strawberry pests, resulting in a low frequency of specific phytosanitary interventions under conventional production conditions. Its good overall hardiness and high disease resistance make it a relevant choice for organic farming.

The Cantaliss variety is also described as "very hardy" and "disease resistant," making it easy to grow professionally. It demonstrates good tolerance to thrips and good resistance to aphids, with spider mite populations rarely being problematic, as they are naturally controlled by beneficials or through specific inputs.

For its part, Cirafine is known for its very good general hardiness and frost resistance, being able to withstand temperatures down to -20°C for the adult plant. Combined with good tolerance to powdery mildew, this hardiness makes it a reliable variety for growers wishing to limit interventions.

The Cirano strawberry plant exhibits high overall disease resistance, particularly to powdery mildew and fungal diseases. Its robustness is an asset for intensive harvesting and post-harvest logistics, reducing damage.

The Favori is described as a variety that is "naturally resistant to disease and insects" and "tolerant to major root diseases," in addition to being "lowly susceptible to powdery mildew." This robustness is a major advantage in reducing the need for phytosanitary treatments.

The Magnus strawberry plant is distinguished by its high resistance to root and foliar diseases, which is a major asset in organic production. Biological control is also recommended for the management of its pests, including aphids and spider mites.

Malwina prefers a slightly acidic soil with an optimal pH between 5.8 and 6.2 , rich in organic matter, ideally amended with compost or well-rotted manure. These requirements are perfectly aligned with organic practices.

Renaissance is touted as having good vigor and natural disease resistance, making it suitable for sustainable or organic production.

Rubis des Jardins is also a preferred choice for organic and professional cultivation, thanks to its excellent general resistance to common diseases (powdery mildew, botrytis, phytophthora).

Finally, Rumba is explicitly prized for organic cultivation due to its earliness, robustness, and taste appeal. Its strong overall resistance and adaptation to varied soils, including medium-calcareous ones, as well as its relative drought tolerance, make it a robust option for organic systems.

The Twist strawberry plant is distinguished by its natural resistance to phytophthora, a major root disease, which considerably reduces the need for phytosanitary treatments.

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Soil management and nutrition in organic farming

Soil health is the cornerstone of organic strawberry growing. For varieties like Perla , a light, sandy loam or loamy soil rich in organic matter is crucial, with mature compost or organic amendments incorporated into the plant. The optimal pH is between 5.5 and 6.5 .

The Ciflorette variety benefits from optimized fertilization through the use of organic or natural mineral products if in organic farming, such as mature manure or well-rotted compost. Nitrogen, phosphorus, and potassium inputs are split, with a basic fertilization before planting, supplemented by inputs at the vegetative restart and before the main flowering. The calcium input is also essential for fruit quality.

For Cijosée , a loose, fertile and well-drained soil, rich in humus and generously amended with mature compost or well-rotted manure is recommended, with an ideal pH between 6.0 and 7.0 .

Faith strawberries require a deep, humus-rich, siliceous-clayey soil with good permeability, with a pH between 6.5 and 7.5 . Amending with well-rotted manure or compost is strongly recommended. Crop rotation, with a minimum of 4 to 5 years without strawberries on the same plot, is also a fundamental agronomic practice to limit pest pressure.

Malwina and Twist share similar requirements: loamy soil, rich in organic matter (compost or manure), with an optimal pH of 5.8 to 6.2 . Drainage is essential to avoid root diseases, and mulching is recommended to maintain moisture.

The fertilization plan for the Talisman in organic cultivation includes well-matured compost ( 20-30 t/ha ) or decomposed manure, adjusting the mineral inputs with products authorized in organic farming. The Rendezvous also benefits from organic inputs ( 25 to 30 t/ha of matured compost or well-matured manure) and crop rotation ( 3-4 years without strawberries) for optimal health management in organic farming. Similarly, the fertilization plan for Twist clearly includes the use of organic amendments in organic farming.

In general, strawberries are sensitive to soil salinity; it is recommended to maintain an electrical conductivity (EC) below 1.5 mS/cm for most varieties in production. For Rabunda , it is advisable to aim for 0.5 to 0.8 mS/cm and never exceed 1.0 mS/cm .

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Health protection in organic farming

In organic farming, pest and disease management is primarily based on prevention and stimulation of the plant's natural defenses, rather than on curative intervention.

Varieties with general robustness and disease resistance are preferred to limit treatments. This is the case for varieties such as Perla , Aprica , Belrubi , Bravura (tolerant to Phytophthora and Powdery Mildew), Cantaliss , Cirafine , Cirano , Gento , Joly , Magnus , Malwina , Renaissance , Rubis des Jardins , Rumba , and Séraphine .

Integrated biological control

Biological control is an essential component. The use of natural auxiliaries is recommended for the control of aphids (ladybugs, hoverflies, midges), spider mites (Phytoseiulus persimilis, Neoseiulus californicus) and thrips (Orius insidiosus, lacewings). For weevils, beneficial nematodes can be considered.

No variety is completely resistant to Drosophila suzukii . Management relies on rigorous prophylactic measures: very frequent harvesting and rapid removal of all fruit (including damaged ones) to break the pest cycle. The use of insect nets can also be an effective preventative measure.

Regarding angular leaf spot (Xanthomonas fragariae) , it is important to note that very few commercial varieties, including those mentioned, display high and stable resistance to this bacterium. Control therefore relies mainly on the use of certified disease-free plants and on cultural practices that avoid conditions favorable to the development of the disease, such as sprinkler irrigation at the beginning of the season.

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Crop management and monitoring in organic production

A preliminary soil analysis is essential to precisely adjust nutrient and organic inputs. Crop rotation is essential to prevent the accumulation of soil pathogens. Mulching is strongly recommended to maintain soil moisture, limit weeds, and protect fruit. Perfect drainage is crucial to prevent root asphyxiation and associated diseases, even if planting on mounds in heavy soils.

To ensure optimal productivity and quality, it is often advisable to renew plants every 2 to 3 years , even for robust varieties, in order to prevent qualitative decline and the accumulation of diseases and viruses.