Marcos Revoredo of Alltech shares some nutritional insights ...
When it comes to micronutrients, one of the main players to consider is boron. This participates in the formation of the polynic tube, the firmness of the peel of the fruits, the transport of carbohydrates and greater leaf growth. The same can be said for copper, manganese, zinc, chlorine and iron. These also participate in the metabolism of photosynthetic activity.
Next, we need to think about the action of the enzyme reductase nitrate, which acts in amino acid production. Amino acids act as a natural chelate or complex. They bind to minerals and other molecules and facilitate increased absorption within the plant. To help promote this action as much as possible, molybdenum is fundamental. This trace mineral also contributes to the germination of pollen grains and helps to optimize fruit maturation and tissue resistance. Nickel is also crucial for similar reasons. It is an essential catalyst for numerous enzymatic activities related to carbon and nitrogen metabolism.
In secondary metabolism, deficiency or imbalance of any of these elements will trigger negative processes. Some elements, such as copper, manganese and zinc, are directly related to the activity of antioxidant compounds. These compounds act by reducing reactive oxygen species. The same elements also contribute to better lignification of tissues and lead to metabolic activities related to the defense system of the plant.
Deficiency or imbalance in required nutrients will restrict growth and the productivity processes in plants. There will also be adverse effects on the plant’s ability to defend itself, as it will become less resistant to diseases and pests.
It is, then, essential to provide and improve the efficient absorption of the specific and balanced quantity of nutrients required at each of the crop’s phenological stages. Products with amino acid complexing technology allow increased nutrient absorption efficiency, both for root and foliar application. These will enable you to better meet the plants’ requirements and achieve higher crop quality and productivity levels.
It is imperative to focus on the efficient supply of nutrients to plants, regardless of the crop, soil type and climatic conditions. Only when we address this issue can plants complete their production cycle adequately and aim at a more significant accumulation of assimilates. Ultimately, this will lead to them achieving a higher level of their productive potential. This will also result in greater final profitability for the producer.