Raspberry cultivation in Spain

The raspberry (Rubus idaeus) is one of the red fruits with the highest growth in Spain During the last few decades, its high demand for fresh produce, its added value, and the professionalization of the sector have made this crop a strategic pillar of intensive Spanish agriculture.

The most widely cultivated varieties currently in Europe and northern Asia are the Rubus idaeus, although other varieties also exist such as Rubus strigosus (wild raspberry), Rubus occidentalis (black raspberry) and Rubus neglectus (North American purple raspberry).

Within the national context, the province of Huelva it stands out as main raspberry producing area, concentrating most of the cultivated area and leading exports to European markets.

Although it was already cultivated by the Greeks and Romans, its cultivation in Spain is relatively recent compared to other fruit crops. Its commercial expansion occurred in the late 20th and early 21st centuries, driven by European demand for berries and the introduction of new everbearing varieties, capable of offering extended production runs.

Currently, Spain ranks among the leading raspberry producers in Europe, standing out for the quality, earliness and food safety of its production.

Area cultivated with raspberries in Spain

According to the latest official data from Ministry of Agriculture, Fisheries and Food (MAPA)The area dedicated to raspberry cultivation in Spain is around 2.300–2.600 hectaresHuelva concentrates more than 80% of the national surfaceThis makes this province the true driving force of the raspberry sector in Spain.

Province Huelva It has established itself as a European benchmark in raspberry production thanks to:

• Mild climate for most of the year
• Widespread use of macro-tunnels and greenhouses
• Introduction of everbearing and high-quality varieties
• Extended production schedules
• Clear export orientation

Climate and soil requirements for raspberry cultivation

Climate

Raspberries are a demanding crop, especially sensitive to water and nutrient imbalances. They are quite resistant to low winter temperatures and intense heat. The optimal temperature range for higher production is between 15-20°C.

Sharp drops in temperature can severely affect the apical end of the most vigorous shoots that have not yet become lignified, also affecting the loss of early flowering.

It is a crop that is very sensitive to extreme temperatures and to thermal and root stress, so ventilation is key in protected cultivation.

Land

Regarding soil, the best for this crop is sandy loam or clay loam. Soils that tend to compact, such as clay soils, are not recommended as the crops can die from root asphyxiation. Similarly, looser soils with high sand content lose their fertility quickly and require frequent irrigation.

As we have already mentioned, raspberries require non-compacted soils with a high organic matter content, good moisture availability, and a pH between 5,5 and 6,5. A living and well-structured soil is key to maintaining productivity in intensive and repeated crops.

Raspberry cultivation stages and agronomic management

Root implantation and development

Key phase to ensure the longevity of the plantation.

• Stimulation of the root system
• Reduction of post-transplant stress
• Crop uniformity

Vegetative development

The plant develops productive stems and leaf mass.

• Balance between growth and production
• Vigor control
• Constant and balanced nutrition

Flowering and fruit set

Decisive moment for the final production.

• High demand for boron and calcium
• Sensitivity to heat stress
• Need for biostimulation

Fruit development and ripening

Determine the commercial quality.

• Potassium for caliber and flavor
• Calcium for firmness
• Micronutrients to prevent deformities

Importance of preventive management in raspberries

In intensive systems like those in Huelva, preventative management is essential for:

• Maintaining production continuity
• Reduce physiological stress
• Improve the quality and shelf life of the fruit
• Extending the productive life of the plantation

Well-planned nutrition is key to crop profitability.

Strategic product for this type of crop

 

Recommended nutritional program for raspberry cultivation

Cultifort recommends a specific nutritional program, adapted to the high demands of raspberry cultivation.

• BVC EvolutionBionutrient biostimulant that improves crop growth, stress and quality.
• Cultiboro Plus: provides essential boron; prevents physiological disorders in crops.
• Ferkolor: provides calcium and potassium; improves fruit ripening and quality.
• Manzifort: corrects zinc and manganese; improves fruit color and development.
• FerrofortCorrects iron chlorosis with stable EDDHA iron.
• Microvital – L: improves soil, microbiology and nutrient availability.
• Cultifort Mix: provides chelated micronutrients; corrects multiple deficiencies.
• Calaxium: provides effective calcium; improves transport, roots and crop quality.
• Cultimar Plus: stimulates plant growth and balance with algae.
• Cultinet Eco: cleans, protects and improves health in organic crops.
• OxifortIt provides oxygen; it improves soil, aeration, and biological activity.
• Spiralis Eco Long Life: protects plants and strengthens defenses against stress.

• Cuviol PlusIt provides copper; strengthens plants and prevents fungal diseases.
• Cultifort DesalIt provides calcium; reduces salinity and improves soils and crops.
• NEUROpHORT plus: plus improves adherence and effectiveness of phytosanitary solutions.

The integration of these solutions allows optimize raspberry production and increase its profitability, especially in intensive systems like those in Huelva.