Production method for biological fungus foliar fertilizer

Abstract

A production method for a biological fungus foliar fertilizer comprises the following steps of: firstly, preparing a liquid complex spore head fungus cultivated species; secondly, preparing a pupa nutrient fluid; thirdly, preparing a fermenting decomposition agent; fourthly, preparing an amino acid solution; and fifthly, preparing a liquid fungus foliar spray fertilizer. According to the production method for the biological fungus foliar fertilizer, which is disclosed by the invention, wastes from agricultural production and the life of people are fully utilized and are subjected to action of microorganism to form the biological fungus foliar fertilizer and the promotion of the agricultural productive force is facilitated. The production method has the advantages of changing wastes into valuables, comprehensively utilizing, greening the nature, purifying the environment and facilitating the virtuous cycle of the biological organic agriculture. The prepared biological fungus foliar fertilizer has the advantages of improving the soil, improving the conversion rate of nutrients and improving the resistance of crops and has certain effects of preventing and treating diseases. According to the prepared biological fungus foliar fertilizer, the continuous cropping obstacle of crops can be overcome, the increase of the yield and the income of the crops and fruits and vegetables are facilitated and the quality is improved. The prepared biological fungus foliar fertilizer is suitable for additional fertilizer of the crops.

Description

technical field [0001] The invention relates to fertilizers, in particular to bacterial fertilizers, and also to foliar spray fertilizers and production methods thereof. Background technique [0002] As we all know, bacterial fertilizer was developed to solve the negative effects of inorganic chemical fertilizers on soil. Bacterial fertilizers that appeared in the early days include nitrogen-fixing bacteria, phosphorus bacteria, potassium bacteria, rhizobia and other bacterial fertilizers. However, the nutrients of these bacterial fertilizers are relatively simple. To meet the needs of crops, it is necessary to cultivate multiple strains and apply them in batches in stages. Therefore, people realized that the bacterial fertilizer must be cultivated and fermented to meet the requirements of agricultural production, and the bacterial fertilizer must be commercialized. [0003] Among the Chinese patent applications, there are as many as dozens of applications involving bacteri...

AI Technical Summary

Problems solved by technology

Among the above-mentioned patented technologies, most of the bacterial fertilizers are prepared through the process of bacterial fermentation. Although bacterial fertilizers can be prepared, bacterial fertilizers for foliar spraying can also be prepared, but the scale is limited and the storage time of live mycelium is short, so it is difficult to ensure organic fertilizers. The quality of fertilizer and bacterial fertilizer cannot be commercialized

Images