Industrial agrocybe cylindracea cultivation method

Abstract

The invention relates to the technical field of edible fungus cultivation, particularly to an industrial agrocybe cylindracea cultivation method. The industrial agrocybe cylindracea cultivation method comprises the following steps of preparation of agrocybe cylindracea culture medium; bottling; sterilization through a high-temperature and high-pressure sterilizer; incubation of liquid spawn; mycelium culture including placing fungus bottles inside a cultivation room, which is dark and has a carbon dioxide concentration of 2000-5000 ppm; fruiting management including transferring the fungus bottles into a phytotron, which is dark and has a carbon dioxide concentration of 8000-15000 ppm. The industrial agrocybe cylindracea cultivation method has the advantages of being reasonable, scientific, time-saving, labor-saving and low in production cost; agrocybe cylindracea cultivated through the industrial agrocybe cylindracea cultivation method has the advantages of being short in growth cycle, rapid in growth speed of mycelium and sporocarp, high in yield, fleshy in pileus, white, tender and sturdy in stem and very sweet and crispy in taste.

Description

Technical field [0001] The present invention involves the field of edible bacteria culture technology, and specifically involves a plant -based cultivation method of tea tree mushrooms. Background technique [0002] Tea tree mushrooms have high nutritional value and medical value, and have become one of the favorite dishes in people's daily life.In existing technologies, the cultivation of tea tree mushrooms is generally used in bag cultivation.The method of pocket cultivation of tea tree mushrooms has time -consuming work, low labor efficiency, long mushroom period, long occupation venue time, low yield, low cultivation facilities, and low recycling and utilization of resources.Moreover, in existing technologies, the cultivation of tea tree mushrooms generally use solid bacteria.There are the following disadvantages with solid bacteria: (1) long production cycle of solid bacteria; (2) the large number of cultivation species is large, and it cannot be detected before use.The vari...

AI Technical Summary

Problems solved by technology

The use of solid strains has the following disadvantages: (1) The production cycle of solid strains is long; (2) The number of cultivars required is large, and it is impossible to test all of them before use, and it is impossible to ensure that the strains used are excellent; (3) Solid strains Bacterial strains have the disadvantages of inconsistent germination speed and bacterial age, resulting in yield differences in production

The Chinese fir sawdust is directly used to make the culture medium of tea tree mushroom and applied to the cultivation of tea tree mushroom. It is hoped that the tea tree mushroom can absorb the nutrients of the Chinese fir sawdust to obtain good economic benefits, but the research and experiments all ended in failure.

The reason is that the Chinese fir sawdust is directly used to make the culture medium of the tea tree mushroom, and the tea tree mushroom cannot effectively decompose the Chinese fir sawdust to absorb the nutrients of the Chinese fir sawdust during the growth process

[0006] Therefore, in summary, the cultivation methods of tea tree mushroom in the prior art are mostly seasonal cultivation under natural temperature, and fresh tea tree mushroom cannot be supplied to the market every year. The quality of the cultivated tea tree mushroom is not good enough