Peach
The peach tree (Prunus persica) is a Rosaceae species cultivated in temperate and Mediterranean areas, appreciated for fruit quality and early productivity. It prefers climates with cold winters, dry springs, and light, well-drained soils with pH 6.0–7.5. It requires balanced nutrition, with attention to calcium, boron, and micronutrients, to promote fruit size and quality. Proper pruning, thinning, and irrigation management ensure consistent yields and fruits that are healthy, uniform, and of high organoleptic and storage quality.
Dormancy breaking for peaches
In peach, uniform flowering is essential to ensure good fruit set, homogeneous fruit maturation, and more efficient agronomic management. However, in mild winters, the chilling requirement of buds may not be fully satisfied, causing prolonged dormancy and uneven flowering. This phenomenon reduces uniformity of bud break and flowering, compromising yield and production quality.
Under these conditions, the use of BLUPRINS K™ is particularly recommended. The product promotes dormancy breaking by stimulating the metabolic activity of buds and enhancing more uniform floral differentiation and regular vegetative recovery. BLUPRINS K™ should only be used in areas where winter chilling requirements are not met.
Under these conditions, the use of BLUPRINS K™ is particularly recommended. The product promotes dormancy breaking by stimulating the metabolic activity of buds and enhancing more uniform floral differentiation and regular vegetative recovery. BLUPRINS K™ should only be used in areas where winter chilling requirements are not met.
Flowering and fruit set for peaches
In peach, good fruit set is crucial to achieving consistent yields and fruits of high commercial caliber and quality. However, during this delicate phase, the plant may be exposed to several stress factors such as temperature fluctuations, nutritional deficiencies, or unfavorable environmental conditions that reduce flower fertility.
In this context, the application of FOLICIST® represents valuable support for the plant. The product improves osmotic and hormonal balance, protects floral tissues, and stimulates pollen functionality, promoting more effective and uniform flowering and fruit set. The use of FOLICIST® helps overcome abiotic stress and maximize the productive potential of peach.
In this context, the application of FOLICIST® represents valuable support for the plant. The product improves osmotic and hormonal balance, protects floral tissues, and stimulates pollen functionality, promoting more effective and uniform flowering and fruit set. The use of FOLICIST® helps overcome abiotic stress and maximize the productive potential of peach.
Fruit Sizing for peaches
In peach, fruit sizing is a crucial phase that determines fruit size, quality, and commercial value. To support balanced and uniform growth, it is essential to promote cell division and elongation processes and improve the plant’s metabolic efficiency.
KRISS® (or KRISS® BIOLOGICO in organic farming) stimulates cell multiplication in young fruits and supports fruit growth. Application during the active growth phase supports better physiological balance, promoting larger-caliber fruits and greater uniformity without altering fruit consistency or storability.
KRISS® (or KRISS® BIOLOGICO in organic farming) stimulates cell multiplication in young fruits and supports fruit growth. Application during the active growth phase supports better physiological balance, promoting larger-caliber fruits and greater uniformity without altering fruit consistency or storability.
Fruit coloring for peaches
In peach, fruit coloration and organoleptic characteristics directly influence attractiveness and commercial value. Intense, uniform, and bright pigmentation is a sign of good ripening and a balanced physiological state of the plant.
SUNRED® promotes the biosynthesis of anthocyanins, pigments responsible for the typical skin tones of peaches.
Application of SUNRED® after color break improves uniform coloration and increases Brix level without accelerating internal ripening. This enhances fruit appearance and flavor without altering shelf-life
SUNRED® promotes the biosynthesis of anthocyanins, pigments responsible for the typical skin tones of peaches.
Application of SUNRED® after color break improves uniform coloration and increases Brix level without accelerating internal ripening. This enhances fruit appearance and flavor without altering shelf-life
Fruit coloring for peaches
In peach, fruit coloration and organoleptic characteristics directly influence attractiveness and commercial value. Intense, uniform, and bright pigmentation is a sign of good ripening and a balanced physiological state of the plant.
SUNRED® promotes the biosynthesis of anthocyanins, pigments responsible for the typical skin tones of peaches.
Application of SUNRED® after color break improves uniform coloration and increases Brix level without accelerating internal ripening. This enhances fruit appearance and flavor without altering shelf-life
SUNRED® promotes the biosynthesis of anthocyanins, pigments responsible for the typical skin tones of peaches.
Application of SUNRED® after color break improves uniform coloration and increases Brix level without accelerating internal ripening. This enhances fruit appearance and flavor without altering shelf-life
Tissues strengthening for peaches
In peach, strengthening plant tissues is fundamental to supporting balanced growth, increasing fruit quality, and improving resistance to environmental stress. During active development stages, it is especially important to promote lignification and cellular robustness, preventing mechanical damage, pathogen attacks, and physiological disorders.
PROTAMIN® Cu 62 stimulates lignification processes and reinforces tissue structure. The integration of copper with organic components optimizes absorption and translocation, enhancing overall treatment effectiveness.
PROTAMIN® Cu 62 stimulates lignification processes and reinforces tissue structure. The integration of copper with organic components optimizes absorption and translocation, enhancing overall treatment effectiveness.
