System and method for large-scale production of wild porous fungus through biological fermentation technology

Abstract

The invention belongs to the technical field of porous fungus cultivation, and discloses a system and a method for large-scale production of a wild porous fungus through a biological fermentation technology. The system for large-scale production of the wild porous fungus through the biological fermentation technology comprises a temperature monitoring module, a humidity monitoring module, a central control module, a data summarization module, a porous fungus information acquisition module, a comparative analysis module, a cultivation area determination module, a porous fungus selection module, a biological fermentation module and a porous fungus cultivation module. According to the system and method for large-scale production of the wild porous fungus through the biological fermentation technology, by monitoring the temperature and humidity of the field environment, the temperature and humidity information of the area in the growth cycle of the porous fungus is achieved, then the area matched with the temperature and humidity needed by the growth of the porous fungus is selected for producing the porous fungus, cultivation of the porous fungus can be achieved, the survival rate is increased, and the reproduction rate is increased; the porous fungus is cultivated on a large scale, dead leaves in the area can be decomposed, and more nutrients are provided for plants such as trees and the like.

Description

technical field [0001] The invention belongs to the technical field of polypore production, and in particular relates to a system and method for large-scale production of wild polypores by using biological fermentation technology. Background technique [0002] At present: polypores are also called variable pseudopolypores. Fruiting body medium to slightly large, cap reniform or nearly fan-shaped, slightly flattened and concave near the base, 5-12×3-8cm in diameter, 0.3-1cm thick, light brownish yellow to millet brown, smooth surface, thin edge , wavy or petal-shaped. Bacterial flesh white or dirty white, slightly thick. Stipe lateral or partial, 0.7-4cm thick, 0.3-1cm thick, black with fine hairs, then smooth. The fungal tube is 2-3mm long, the same color as the tube surface, and becomes light pink gray in the later stage. Nozzle round to polygonal, 3-5 per mm. Polypores play an important role in the material cycle of forest ecosystems and can decompose litter. However...

AI Technical Summary

Problems solved by technology

However, there is currently no method for cultivating polypores, and the cultivation methods for other fungi cannot be directly applied.

[0003] Through the above analysis, the existing problems and defects of the prior art are: there is currently no method for cultivating polypores, and the cultivation methods for other fungi cannot be directly applied.

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