Raspberry
Raspberry (Rubus idaeus) is a shrub species characterized by sensitivity to both drought and waterlogging. It flowers from late spring to summer with white inflorescences grouped in terminal clusters, while the aggregate red fruits at maturity are rich in sugars, organic acids, and anthocyanins.
Raspberry requires soft, well-drained, and slightly acidic soils that ensure good oxygenation of the root system. The crop needs constant but moderate irrigation, as excess water reduces both quality and yield. It also requires good organic fertility to support the growth of new canes and fruit formation. Temperate climates with summers that are not excessively hot promote regular flowering and good fruit set, yielding firm, aromatic fruits with high commercial quality.
Sprouting for raspberries
The vegetative awakening of raspberry is a crucial phase that determines regular shoot growth and subsequent uniform development. Stress factors such as late cold, water imbalance, or nutritional deficiencies may reduce bud break and lead to irregular development.
FYLLOTON® stimulates metabolic activity and protein synthesis, supporting bud reactivation and cellular metabolism. Its application improves sprouting and vegetative development, creating a balanced productive foundation for the following phases of the crop cycle.
FYLLOTON® stimulates metabolic activity and protein synthesis, supporting bud reactivation and cellular metabolism. Its application improves sprouting and vegetative development, creating a balanced productive foundation for the following phases of the crop cycle.
Flowering and fruit set for raspberries
During flowering and fruit set, raspberry requires a precise physiological balance to ensure optimal fertilization and fruit formation. Environmental stress, nutritional deficiencies, or metabolic imbalances may compromise flower fertility, reduce stigma receptivity, and lead to abortion or fruit drop, resulting in reduced yield potential and lower-quality fruits.
The use of FOLICIST® before and at the beginning of flowering supports the plant in key metabolic processes, stimulating nutrient mobilization toward the flowers, improving the biosynthesis of endogenous growth substances, and increasing flower persistence. This results in more uniform fruit set, reduced losses, and increased commercial yield.
The use of FOLICIST® before and at the beginning of flowering supports the plant in key metabolic processes, stimulating nutrient mobilization toward the flowers, improving the biosynthesis of endogenous growth substances, and increasing flower persistence. This results in more uniform fruit set, reduced losses, and increased commercial yield.
Fruit Sizing for raspberries
Fruit sizing in raspberry is a decisive phase for achieving optimal fruit size, firmness, and commercial quality. Water stress, nutritional imbalances, or limited metabolic activity may reduce sugar accumulation and reserve substances in developing fruits.
The application of KRISS® or KRISS® BIOLOGICO (in organic farming) supports cell expansion and enzymatic activity linked to carbohydrate metabolism. These products enhance and support the cell multiplication phase and the subsequent translocation of nutrients to growing fruits, improving the synthesis of structural substances without altering normal tissue turgidity. The result is firm fruits of high organoleptic quality with greater size uniformity.
The application of KRISS® or KRISS® BIOLOGICO (in organic farming) supports cell expansion and enzymatic activity linked to carbohydrate metabolism. These products enhance and support the cell multiplication phase and the subsequent translocation of nutrients to growing fruits, improving the synthesis of structural substances without altering normal tissue turgidity. The result is firm fruits of high organoleptic quality with greater size uniformity.
Quality for raspberries
The organoleptic qualities of raspberry depend on the balance between ripening, sugar accumulation, color, and the content of phenolic compounds and anthocyanins. Environmental stress or nutritional imbalances may compromise color intensity and flavor.
The application of SUNRED® stimulates metabolic processes responsible for pigment and aroma compound synthesis, improving photosynthetic functionality and sugar translocation. This promotes uniform ripening, intense and bright coloration, and high visual and taste quality, with higher anthocyanin content and improved postharvest shelf life.
The application of SUNRED® stimulates metabolic processes responsible for pigment and aroma compound synthesis, improving photosynthetic functionality and sugar translocation. This promotes uniform ripening, intense and bright coloration, and high visual and taste quality, with higher anthocyanin content and improved postharvest shelf life.
