WE BELIEVE IN SOIL GROWN BERRIES
At Garden of Eden Berries, we grow our strawberries directly in the soil. We do so by design. Soil cultivation is not a compromise; it is a deliberate choice rooted in the conviction that a living growing medium, rich in beneficial microorganisms, fungi, and organic matter, produces fruit with a flavour complexity and nutritional profile that substrate systems cannot replicate.
The natural activity of earthworms and other soil organisms further enhances soil structure and aeration, enabling roots to penetrate deeply and absorb water and nutrients efficiently.
The result is a berry that meets the quality thresholds of South Africa’s most demanding retailers and the standards required for international export — consistently, season after season.
THE PILLARS OF PRODUCTION
Our approach to strawberry farming is built on three essential pillars: plants, raised beds, and fertigation.
Together, these pillars ensure optimal growing conditions, enabling us to consistently produce healthy and flavourful strawberries.
1. Plants
Exceptional fruit begins with exceptional plant material. We select cultivars based on climate compatibility, fruit quality, yield performance, and market requirements — drawing on internationally sourced genetics through our tissue culture and quarantine laboratory. Our plug plants come directly from PHC, South Africa’s largest strawberry nursery, ensuring genetic quality and full traceability from propagation through to harvest.
2. Raised Beds
Our strawberries are planted into well-prepared raised beds enriched with balanced, organic-rich soil. The raised, rounded bed profile enhances drainage and root-zone aeration, materially reducing the risk of root disease. Plastic mulch regulates soil temperature, reduces moisture loss, suppresses weed pressure, and reflects light back into the plant canopy — each a meaningful contributor to overall crop performance.
3. Fertigation
We operate a three-tank fertigation system that delivers precise, stage-appropriate nutrition throughout the crop cycle. Nitrogen drives vegetative development, potassium supports flowering and fruit set, and magnesium optimises photosynthetic efficiency. Targeted foliar applications are used during peak flowering and fruiting periods to ensure the plant has exactly what it needs, when it needs it.
DRIVEN BY SCIENCE
Berry production is among the most technically demanding forms of commercial horticulture. Below is how we approach the disciplines that define crop performance and fruit quality.
CLIMATE CONTROL:
Berry plants are acutely sensitive to temperature, light, and humidity. We match cultivar selection carefully to our Garden Route microclimate, drawing on internationally sourced genetics through our own certified quarantine and tissue culture facility — ensuring our variety portfolio always reflects the best available options for our specific conditions.
NUTRIENT MANAGEMENT:
Nutritional requirements shift significantly across the crop cycle. We monitor soil nutrient status on an ongoing basis and adjust our fertigation programme accordingly — ensuring each plant receives the right inputs at each growth stage to sustain health and maximise fruit production.
IRRIGATION PRECISION:
Consistent soil moisture monitoring underpins our irrigation programme. Both overwatering and underwatering carry significant consequences for fruit quality and plant health. Our systems are calibrated to the plant’s actual requirements at each stage of development — not to a fixed schedule.
PEST AND DISEASE CONTROL:
The monoculture nature of commercial berry production creates inherent vulnerability to pest and disease pressure. Our integrated management programme prioritises biological controls — reducing chemical inputs while maintaining effective, season-long crop protection. Regular field scouting and threshold-based intervention ensure problems are identified and addressed before they affect fruit quality.
BREEDING AND GENETICS:
Access to elite genetics is one of the most consequential competitive advantages in modern berry farming. Through our certified quarantine and tissue culture laboratory, we import and evaluate varieties from leading breeding programmes in the EU and the United States — ensuring that our production, and the plant material we supply to growers, is always built on the best available genetics for South African conditions.
POST-HARVEST HANDLING:
Strawberries are highly perishable, and the journey from field to shelf is where quality is either preserved or lost. Our post-harvest systems — cold-chain management, grading, packaging, and export logistics — have been refined over years of supplying both local premium retailers and international markets. As pioneers of strawberry export from South Africa, this is an area where our experience is genuinely difficult to replicate.
EXCEPTIONAL BERRIES THRIVE IN EXCEPTIONAL ENVIRONMENTS
At Garden of Eden berries we’re taking the extra step by looking after our soils, making use of bio controls, managing our waste and much more!
1. Plants
Exceptional fruit begins with exceptional plant material. We select cultivars based on climate compatibility, fruit quality, yield performance, and market requirements — drawing on internationally sourced genetics through our tissue culture and quarantine laboratory. Our plug plants come directly from PHC, South Africa’s largest strawberry nursery, ensuring genetic quality and full traceability from propagation through to harvest.
2. Raised beds
Our strawberries are planted into well-prepared raised beds enriched with balanced, organic-rich soil. The raised, rounded bed profile enhances drainage and root-zone aeration, materially reducing the risk of root disease. Plastic mulch regulates soil temperature, reduces moisture loss, suppresses weed pressure, and reflects light back into the plant canopy — each a meaningful contributor to overall crop performance.
3. Fertigation
We operate a three-tank fertigation system that delivers precise, stage-appropriate nutrition throughout the crop cycle. Nitrogen drives vegetative development, potassium supports flowering and fruit set, and magnesium optimises photosynthetic efficiency. Targeted foliar applications are used during peak flowering and fruiting periods to ensure the plant has exactly what it needs, when it needs it.
DRIVEN BY SCIENCE
Growing berries is a highly technical and scientific process due to the specific environmental, nutritional, and biological requirements for optimal growth and quality. Here’s why:
CLIMATE CONTROL:
Berry plants are sensitive to temperature, light, and humidity. We select specific varieties based on their compatibility with our local climate, ensuring that each plant receives the ideal environment for growth
NUTRIENT MANAGEMENT:
Different growth stages require specific nutrients and are therefore adjusted on an ongoing basis through fertigation to ensure healthy plant development and optimal fruit production.
IRRIGATION PRECISION:
Proper hydration is critical, as over or under watering can lead to disease and poor fruit quality. Soil moisture levels are measured on a consistent basis to ensure irrigation systems are tailored to the plants’ needs.
PEST AND DISEASE CONTROL:
Due to the monoculture nature of berry production, berry plants are particularly vulnerable to pests and diseases. An integrated pest management system helps protect crops while minimising chemical use.
BREEDING AND GENETICS:
Berry varieties are selectively bred for desirable traits such as flavour, size, climate compatibility, and yield. This involves advanced genetic and cultivation technologies to develop high-performing cultivars suited to specific conditions
POST-HARVEST HANDLING:
Maintaining berry quality after harvest is challenging due to their delicacy. Specialised packaging, transportation and cold chain management are essential for extending shelf life.