Fitochem

Gone are the days when soil used to be healthy and safe from the toxins. The use of chemicals increases the production of crops but badly affected soil fertility. It was not noticeable in the beginning, but the reduction in quality and nutrient-rich crop production made it essential to incorporate organic fertilization forcrops (Fertilización organica para los cultivos) . Unlike pesticides, organic fertilizers work naturally and provide plants with the nutrition they need to grow. Organic fertilizers come from plants, animals, and include a wide range of nutrients that improve soil quality and productivity. Like humans, plants also need water and food that they take from the soil to grow. Plants require nitrogen (N), Potassium (P), Carbon (C)Phosphorus, (K) Calcium, Magnesium (Mg), Sulfur (S), and Hydrogen (H). Nitrogen is responsible for making green leaves, Potassium protects plants from diseases, and phosphorus help plants have big flowers and strong roots. If soil is n

The presence of nutrients in the soil and the mechanism of uptake by the plant and crop, decide the success level of utilization of fertilizer. To enhance the quality of soil and the mechanism of plants, certain products are added to the soil. One of them is fulvic acid, which is the most valuable input in biological agriculture. Fulvic acids for agriculture (Ácidos fulvicos para la agricultura) can provide a multitude of benefits for both soil and plant. ·       Fulvic acid is non-toxic and is a powerful organic electrolyte ·       It serves as a means to enhance the cell division and elongation ·       One of the obvious benefits of Fulvic acids (Acido fulvico beneficios) is associated with magnifying the root growth ·       It enhances the process of photosynthesis ·       Fulvic acid is used as a foliar spray that increases the plant’s oxygen uptake capacity. And this consequently helps to increase the chlorophyll production and to increase the permeability of p