Activating plant enzymes: Microelements play an important role in activating plant enzymes. They participate in redox reactions and contribute to photosynthesis and other metabolic reactions. Protein synthesis and nitrogen fixation: Microelements are essential in the process of protein synthesis and nitrogen fixation in plants. For example, iron plays a major role in nitrogen fixation and chlorophyll synthesis, and its deficiency leads to yellowing of leaves. This means that these elements are essential for the growth and development of plants. Achieving balanced nutrition: The plant needs a variety of microelements to achieve complete and balanced nutrition. Each element plays an important role in specific processes within the plant, such as photosynthesis, the formation of cell walls, the production of grains and seeds, and other vital processes. Treating the symptoms of a deficiency of micronutrients: When a plant suffers from a deficiency of any microelement, specific symptoms appear indicating this. For example, copper deficiency leads to yellowing of leaves and stunted growth, and boron deficiency affects flowering, fruiting, crop quality, and so on. In short, micronutrients play a vital role in the growth and development of plants, and contribute to activating vital processes and achieving the nutritional balance necessary for the plant. By paying attention to providing these elements and maintaining their balance in the soil, plant health can be enhanced and crop productivity increased.
