For Commercial Farming
The recommended size plant for commercial blueberry farming is a 1L plant; however, if you intend to plant in pots, a 68cm plug can be used. The plants we sell are royalty-free and you can sell your fruit to anyone, anywhere
Various Sizes
68cm³ Cavity
This plant is grown with a root cavity of approximately 63 cm³. It can be transplanted into a larger bag for further growth before field planting or placed directly into pots. Depending on order volume, plants are shipped either bare root via courier or in tube trays using a refrigerated truck. They are cultivated in a high-quality imported peat and perlite medium and dispatched once the root cavity is fully developed. The size of the plant’s foliage may vary according to the time of year.
1L Plant
This plant is grown in a 1L root cavity and is ready for planting upon delivery. The plants are usually transported in refrigerated trucks to maintain optimal condition. They are cultivated in a premium imported peat and perlite medium, enhanced with green peat fibre to ensure the medium remains attached to the roots when the bag is removed—protecting the roots from damage during planting. Delivery takes place once the root cavity is fully developed, and the size of the plant’s foliage may vary depending on the season.
Propagation
Benefits of Tissue Culture
All our plants are propagated using advanced tissue culture techniques — a scientific process in which disease-free plants are cloned under sterile laboratory conditions. This method offers several key advantages:
- Rapid production of mature, high-quality plants
- Multiplication of plants without the need for seeds or pollination
- Generation of identical, uniform plants with minimal risk of pests, diseases, or pathogens
- Consistent, homogenous orchards that simplify fertigation and overall management
Through tissue culture, we ensure vigorous, healthy plants with reliable performance and uniform growth.
Planting Guideline
Blueberries can be cultivated either in open fields or in pots.
Field Planting
- The typical planting density is 4,000–5,000 plants per hectare.
- The soil should be well-drained and acidic. Planting on ridges is recommended to improve drainage.
- Whenever possible, orient the rows in a North–South direction.
- Maintain a minimum spacing of 90 cm between plants and 2.8 m between rows. The row spacing should accommodate the size of tractors or other farm equipment. Avoid driving tractor tyres along the ridge sides, as this can create walls that impede drainage.
- Blueberries have shallow roots and do not compete well with weeds. To control weeds, cover ridges with weed mats or mulch and remove weeds regularly.
- Drip irrigation is recommended, with the ability to adjust placement as plants grow.
Pot Planting
- Use an acidic growing medium in pots of 20–30 L. Avoid dusty media, as it can compact at the bottom and prevent root growth.
- Ensure drainage holes are elevated off the ground to allow proper water flow.
- Plants can be started at a high density of 8,000–10,000 per hectare and later spaced out as they grow. This approach reduces the initial infrastructure needed, such as netting or tunnels.
Protection and Growth Management
- Blueberries should be grown under at least 20% shade netting to protect against wind, hail, and birds.
- If using tunnels, ensure proper cooling during summer.
- In both netted and tunnel setups, allow bee access during flowering for pollination.
- It is advisable to remove flowers in the first year to encourage vegetative growth, which strengthens the plant and ensures long-term productivity.
Managing EC Levels in Blueberry Cultivation
Fertigation
Effective management of Electrical Conductivity (EC) is one of the most critical factors for successful blueberry farming. When applying fertilisers, the EC of the solution should be measured, and it is generally recommended to keep it below 1.
The mineral content of both soil and irrigation water determines how much fertilization can be safely applied. Regular flushing of the irrigation system is essential to prevent salt buildup. Over weekends, plants should be irrigated with pure water to help leach excess salts from the soil.
For blueberries grown in substrate, the root system develops within a confined space. These plants require small, frequent doses of nutrients to meet their needs. The physical properties of the substrate and the size of the container are crucial for plant longevity, with good drainage being particularly important. Whenever the EC exceeds recommended levels, the substrate should be flushed with clean water.
Maintaining high-quality water and proper drainage is essential. Monitoring stations should be installed in every irrigation block to continuously track EC and drainage percentage, enabling timely corrective action when necessary.
Consulting a local agronomist is strongly advised to determine the most appropriate fertigation program for your specific conditions.