Bio-organic fertilizer use stress

Bio-organic fertilizer is organic waste produced from livestock and poultry manure, crop stalks, agricultural and sideline products, and food processing. It is supplemented with multi-functional fermentation strains, followed by rapid deodorization, decoction and dehydration, followed by the addition of functional biological strains. A processed organic fertilizer containing a certain amount of functional microorganisms. It is in line with the principle of fertilizer production for safe production and pollution-free green agricultural products, and it is a very promising fertilizer variety. When applying bioorganic fertilizers, the correct method can be used to achieve the best application effect.

First of all, bioorganic fertilizer should not be applied too deep into the soil. Because bio-organic fertilizers rely on their active bacteria, their activity must be achieved under certain conditions of temperature, humidity, air permeability, and organic matter. Therefore, applying too deep can affect the activity of biological bacteria. Bio-organic fertilizer should be applied 10-15 cm below the surface.

Second, the ratio of bio-organic fertilizer to other types of fertilizers, including manure (chicken manure, etc.), must be reasonable. The principle of fertilizing vegetables is to make biofertilizers good quality, organic fertilizers to maturity, and chemical fertilizers to be complete. During application, it should be noted that raw chicken manure has a large salt content, and the compound fertilizer has a variety of nitrogen, phosphorus and potassium ratios. When selecting fertilizers, the types of vegetables, soil conditions, etc., should be calculated first, and the ratio should be used before application.

In addition, bioorganic fertilizer has a better effect on the acupuncture points, especially in the production of greenhouse vegetable, continuous cropping is inevitable. Even if some biological fertilizers and trace fertilizers are applied, due to the influence of temperature, humidity, air permeability, organic matter and other conditions, coupled with the weak roots of seedlings, beneficial microorganisms can hardly play a role quickly. It can quickly promote the activation of soil, improve soil permeability, and promote the rapid growth of roots; on the other hand, it can alleviate the lack of sufficient organic fertilizer, the formation of nutrient vacancies without chemical fertilizers, timely supply of root nutrients, and provide a good environment for root growth. Promotes good root development.

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