Agilawood formation vital biological bacterial fertilizer for agilawood

Abstract

The invention relates to the technical field of a biological bacterial fertilizer, in particular to an agilawood formation vital biological bacterial fertilizer. The agilawood formation vital biological bacterial fertilizer is prepared from the following raw materials by piling and fermenting: sawdust, chicken manure, humic acid, a high temperature fermentation biological bacterium solution, an agilawood formation vital biological bacterium solution and water. According to the invention, agilawood is utilized for cultivating agilawood formation biological florae, the obtained biological bacterial fertilizer contains abundant agilawood formation biological florae and related derivative physiological transformation substances and enzymes, a derivation biochemical function of sesquiterpenoidscan be intensified, amount of biological bacteria such as fusarium proliferatum, hypocrea jecorina and rhizomucor variabilis is greatly increased, a biochemical process in a plant body and precipitation of active substances of the plant body can be strengthened, diffusion of endophytic fungi is accelerated, formation of agilawood is accelerated, and quality of the produced agilawood is improved;and the biological bacterial fertilizer also can realize an antiseptic effect.

Description

Technical field: [0001] The invention relates to the technical field of biological bacterial fertilizers, in particular to organic biological bacterial fertilizers of agarwood and incense. Background technique: [0002] Agarwood has been a precious traditional Chinese medicine since ancient times. It is a kind of Swiss spice Agarwood, a plant of the genus Agarwood. As we all know, the quality and speed of agarwood in the coastal areas are higher than those in other places, so the environment plays a very important role in the agarwood-forming biological flora. [0003] In the prior art, endophytic bacteria have been used to induce the fragrance of the Agarwood tree. As we all know, the Agarwood tree will secrete resin to repair the injured part due to various injuries such as lightning strikes, wind breakage, insect infection or human and animal damage in nature. However, it is difficult for some injured parts due to fungal infection to heal in a real sense. Therefore, the ...

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Problems solved by technology

[0003] In the prior art, endophytic bacteria have been used to induce the fragrance of the Agarwood tree. As we all know, the Agarwood tree will secrete resin to repair the injured part due to various injuries such as lightning strikes, wind breaks, insect infection or human and animal damage in nature. However, it is difficult to heal the injured parts due to fungal infection in a real sense. Therefore, the wonderful process of manufacturing and accumulating agarwood to heal wounds has started, and even after hundreds of years of baptism, rare and high-quality agarwood can be born. Agarwood, the rarity of agarwood also promotes the development of artificial production of agarwood. The use of plant endophytes to induce the aroma of white wood trees to improve the speed of aroma formation and the quality of the produced agarwood, so the cultivation of plant endophytes is particularly important. important

However, the existing liquid species of plant endophytes have poor pertinence during cultivation, and have defects such as high cultivation cost, long cultivation time and low survival rate of the cultured raw bacteria.

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