Micro nutrients

| Although, deficiency occurs at least fifteen days prior to first symptoms, consequently we often make curative applications but with poor results due to the evidently late interventions and frequently we need to spend notable amounts on restoring normal chlorophyll activity. There are specific instruments that can diagnose the chlorophyll activity of the plant, assessing if there are any deficiencies in course and to which micro nutrient it is related to. This system is not very quick in individualising any eventual deficiencies and once the results have been given they then need to be examined by experts who can interpretate the given data. It is however essential to prevent the plant from going into blossom with serious symptoms of “chlorosis” caused by micro nutrient deficiencies. This would obstruct normal flower fertility processing and prevent normal fruit setting. Preventative applications need to be made to avoid this happening. ![]() Boron is essential for shoot development, increasing pollen germination and flower fertility, guaranteeing improved blossoming and fruit setting. It enhances and increases sugar content of the production. Copper takes part in the chlorophyll synthesis, respiration process and plant growth. |
Iron, in normal conditions, should be present in the plant analysis with values of around 300 to 1300 p.p.m; with serious deficiencies values can drop to 60-90 p.p.m. Iron takes part in chlorophyll molecular formation by bonding with some of the vital growth substances (cytochromes, iron-porphyrin), in amino acid and protein synthesis. Manganese increases carbohydrate and dry matter production. Molybdenum is a catalytic element involved in many vital processes, like those accountable for leguminous tubercles formation, that fix nitrogen of leguminous roots and in those accounting for nitrate reduction in leaves. Zinc is a catalytic element of the tryptophan synthesis, amino acid precursor in the indolyle-3-acetic acid synthesis, the latter is an important auxin substance growth promoter of the plant. It positively influences plant growth and root development. In order to establish if there are any micro nutrient deficiencies, analysis of the soil and irrigation water is not sufficient because sometimes, even if the analysis are normal, it doesn't mean that the micro nutrient soil contents are actually available to the plant and therefore deficiencies may still occur due to difficulty with their uptake. When we need to choose the correct micro elements fertiliser for applications, the chemical form of the micro nutrients may result decisive, together with the soil characteristics and the target that needs to be achieved. Biokimia micro elements offer a wide range of products, taking into account the specific crop needs and providing products that simplify micro nutrient uptake, thanks to specifically studied formulations. Separately, in combination with each other in different ratios, with or without magnesium, Biokimia micro elements give the best value for money products to be found on the market. |




