Sugar Beet
Sugar beet (Beta vulgaris var. saccharifera) is mainly grown in regions characterized by fertile soils and temperate climates. Sugar beet is sown in spring and harvested in autumn. It is a biennial plant but is cultivated as an annual. Root quality is determined not only by sucrose content but also by its “purity”, which refers to the ratio between extractable sugars and non-sugar substances. Higher purity results in increased yields and more efficient industrial processing.
Supporting Germination
Sugar beet sowing requires optimal soil temperature and moisture conditions to ensure rapid and uniform germination. Excessive rainfall, prolonged cold or poorly structured soils may hinder sprouting, while precision in seed depth and distribution is essential to obtain uniform plant populations and a regular crop start.
Localized application of NOV@® GR at sowing helps create favorable conditions for the initial phases of germination and rooting, supporting uniformity and early vigor of seedlings.
Localized application of NOV@® GR at sowing helps create favorable conditions for the initial phases of germination and rooting, supporting uniformity and early vigor of seedlings.
Herbicide Stress
The application of herbicides in the early development stages of sugar beet can slow growth and reduce photosynthetic efficiency. It is therefore important to limit the negative effects of chemical weed control treatments.
SHIFT® stimulates plant metabolism, promoting a rapid recovery of vigor and physiological functionality. Applied alone or in combination with herbicides or fungicides, it helps maintain vegetative balance, supporting regular development of both foliage and roots, and helping the crop preserve its productive potential.
SHIFT® stimulates plant metabolism, promoting a rapid recovery of vigor and physiological functionality. Applied alone or in combination with herbicides or fungicides, it helps maintain vegetative balance, supporting regular development of both foliage and roots, and helping the crop preserve its productive potential.
Environmental Stress for Sugar beet
Climatic stresses such as extreme temperatures, drought, excess water, wind, intense solar radiation, moisture fluctuations or salinity can reduce germination, vegetative growth, root development and final harvest quality, especially when occurring simultaneously.
CREMALGA® supports plant metabolism thanks to the action of its components, promoting a more efficient response to environmental stress and helping maintain yields and quality standards aligned with crop objectives.
CREMALGA® supports plant metabolism thanks to the action of its components, promoting a more efficient response to environmental stress and helping maintain yields and quality standards aligned with crop objectives.
Strengthening Plant Tissues
To obtain a uniform and productive crop, it is essential to promote the development of robust plants capable of growing properly and facing the various adversities that may arise during the production cycle. Healthy and vigorous plants ensure balanced canopy development, efficient rooting and greater resilience.
The application of PROTAMIN® Cu 62, thanks to protein-bound copper, supports plant nutrition and vigor, promoting reinforcement of cell walls and tissues. This support also benefits the development of the sugar beet taproot, promoting stronger and more functional roots and helping the crop maintain physiological efficiency and vigor throughout the cycle.
The application of PROTAMIN® Cu 62, thanks to protein-bound copper, supports plant nutrition and vigor, promoting reinforcement of cell walls and tissues. This support also benefits the development of the sugar beet taproot, promoting stronger and more functional roots and helping the crop maintain physiological efficiency and vigor throughout the cycle.
Yield
Sugar beet yield depends on root mass per hectare and sugar content, two parameters that directly affect crop profitability. Well-developed, high-quality roots allow the production of raw material with consistent characteristics, essential for the processing industry.
Foliar application of RIZAMMINA® 42 during vegetative development, thanks to amino acids and macro- and microelements, stimulates cell multiplication and photosynthetic efficiency, promoting increases in yield, quality and commercial value.
Foliar application of RIZAMMINA® 42 during vegetative development, thanks to amino acids and macro- and microelements, stimulates cell multiplication and photosynthetic efficiency, promoting increases in yield, quality and commercial value.
Quality
A high sucrose content in the root allows optimization of the industrial transformation process, increasing extraction efficiency and reducing losses. Roots with high sugar concentration and uniform yield provide raw materials with consistent quality and higher commercial value.
BOROMIN GEL™, thanks to its high Boron concentration, promotes the synthesis and transport of carbohydrates from leaves to roots, strengthens cell walls and stimulates plant metabolism, encouraging uniform crop development and full expression of production potential.
BOROMIN GEL™, thanks to its high Boron concentration, promotes the synthesis and transport of carbohydrates from leaves to roots, strengthens cell walls and stimulates plant metabolism, encouraging uniform crop development and full expression of production potential.
