Bioorganic fertilizers have advantages such as rich nutrients, various macronutrients and micronutrients, and active substances like vitamins. The most prominent feature is to increase and supplement soil organic matter. Organic matter in the soil can significantly improve soil physicochemical properties, improve soil cultivability, increase water seepage capacity, and improve soil water storage, fertilizer conservation, cold resistance and drought resistance.

For example, Genliduo Bioorganic Fertilizer GGJ, it contains more than 70% organic matter and more than 200 million/g of active microbial bacteria, which is in full compliance with the NY884-2012 standard. With the increase of soil organic matter and beneficial bacteria and a variety of trace elements and other nutrients, it improves the soil physical and chemical properties, overcome the soil compaction, water retention and fertility and air permeability greatly enhanced, can reduce chemical fertilizers and saline-alkali hazards. It can form dominant flora around the plant roots, release antibiotic substances, inhibit soil-borne diseases and reduce continuous cropping obstacles. It can improve resistance to cold, drought, frost and others. A large number of enzymes and microorganisms in bio-organic fertilizers continuously decompose and convert organics into nutrients, and produce a variety of metabolites to stimulate crop growth. It can exert nitrogen fixation, phosphate release and potassium release, increase the conversion rate and utilization rate of fertilizers, activate soil and fertility, and provide good soil conditions for the robust growth of crops.

Throughout the developed countries’ history, such as the United Kingdom, France, and Japan, they began to reduce the use of pesticides and fertilizers in the 1970s and 1980s and bioorganic fertilizer dosage increased. However, the output of agricultural products increased, and the quality improved a lot.

Therefore, the principle of fertilization "organic, inorganic and microbial", inorganic fertilizer can provide rapid nutrition for the crop, organic fertilizer can provide long-term nutrition for the crop, microorganisms can decompose and transform inorganic and organic components, promote crop absorption, this is the most reasonable method of fertilization.