Sugar beet of the "Industrial" variety is intended for industrial processing and must comply with the requirements of GOST 17421-82. This standard regulates the physical condition of the roots, including permissible indicators for greening, wilting, mechanical damage, and contamination levels. Adhering to these norms ensures high-quality raw material necessary for effective sugar and other processing product production.
Growing sugar beet requires special attention to nutrient management, as the crop has a high demand for microelements. Boron is especially important; its deficiency negatively affects carbohydrate, protein, and nucleic acid metabolism, slows sugar transport to the roots, and may lead to death of young leaves and root rot. Additionally, manganese, zinc, copper, and molybdenum play significant roles. Manganese, in particular, promotes sugar accumulation and transport from leaves to roots, stimulates growth of new tissues, and improves iron uptake from soil.
To achieve high yields and quality raw material, it is recommended to apply foliar microelement fertilizers, which enhance the root system's efficiency in absorbing nitrogen, phosphorus, and potassium. Special attention should be paid to growing conditions, as sugar beet is sensitive to boron deficiency both under drought and excessive moisture, as well as under high doses of mineral fertilizers. A comprehensive approach to nutrition and adherence to technical requirements during harvesting ensure the production of high-quality product for industrial processing.
