Method for cultivating Ganoderma lucidum using bamboo tube

Abstract

The invention provides a method for cultivating glossy ganoderma in a thick bamboo tube. In the cultivation of the glossy ganoderma, the thick bamboo tube is adopted to replace a fungi package; one end of the thick bamboo tube is open and the other end is reserved as the bottom; prepared culture medium is filled in the thick bamboo tube; after the opening is sealed, the sterilization and inoculation are performed according to convention; the thick bamboo tube is transferred into a culture room for hypha culture; after the hypha grows in the whole thick bamboo tube, the hypha is covered by earth to be cultivated in a field; the thick bamboo tube adopts annual bamboo or biennial bamboo, the bamboo is cut into the thick bamboo tube with one open end and one reserved bottom according to bamboo sections, and the thick bamboo tube is filled with the glossy ganoderma culture medium. The invention adopts the natural thick bamboo tube to replace polyethylene and polypropylene packages, and the thick bamboo tube has wide resource, can be repeatedly used, and is favorable for protection of ecological environment and recycling of resource; the cultivation process is simplified, prevents the pollution of fungi rods and plant diseases and insect pests, and improves the output and quality of the glossy ganoderma; and the glossy ganoderma also has the health care efficacy of the bamboo, and obvious economic benefit, and is suitable for promotion and application on a large scale.

Description

technical field [0001] The invention belongs to the cultivation technology of Ganoderma lucidum, and more specifically relates to a method for cultivating Ganoderma lucidum in bamboo tubes. Background technique [0002] At present, polyethylene and polypropylene bags are mostly used in ganoderma lucidum bags, which are discarded as solid waste after use, which inevitably causes white pollution, not only affects the environment and natural landscape, causes visual pollution, but also has a negative impact on the ecological environment because it is difficult to degrade. Potential hazards, such as: mixed in the soil, affecting the absorption of nutrients and water by crops, resulting in crop yield reduction; seepage of plasticizers and additives will lead to groundwater pollution; mixed with urban waste and incinerated together will produce harmful gases, pollute the air, and damage human health Landfill treatment will occupy land for a long time, etc.; and in the production o...

AI Technical Summary

Problems solved by technology

[0002] At present, polyethylene and polypropylene bags are mostly used in ganoderma lucidum bags, which are discarded as solid waste after use, which inevitably causes white pollution, not only affects the environment and natural landscape, causes visual pollution, but also has a negative impact on the ecological environment because it is difficult to degrade. Potential hazards, such as: mixed in the soil, affecting the absorption of nutrients and water by crops, resulting in crop yield reduction; seepage of plasticizers and additives will lead to groundwater pollution; mixed with urban waste and incinerated together will produce harmful gases, pollute the air, and damage human health Landfill treatment will occupy land for a long time, et

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