Hanger efficient cultivation method of black fungus

Abstract

The invention provides a hanger efficient cultivation method of black fungus. The method includes following cultivation processes: fully utilizing wide-line forest interval, and leveling land; settingup a hanger; punching and placing a fungus bag; hanging the fungus bag; covering with a thin film and a straw mat; spraying water; picking; airing, and storing. The invention further provides a three-dimensional fungus planting system. Conventional planar arrangement is changed into three-dimensional arrangement, so that yield of unit area is increased, and land utilization rate; the fungus bag is enabled to be away from the ground, so that probability of insects climbing the fungus bag is reduced, and probability of the insects damaging fungus growth is lowered; ventilation and light transmitting are great, so that fungus quality is improved; a water, storing, delivering and supplying system is arranged, and spray irrigation can be completed automatically, so that labor cost is reduced;more convenience is brought to workers during picking, so that harvesting efficiency is improved, the labor cost is reduced, and probability of harvesting delay is reduced.

Description

technical field [0001] The invention belongs to the technical field of black fungus cultivation, in particular to a high-efficiency cultivation method of black fungus hanger. Background technique [0002] The placement of fungus packs is an important link in the fungus cultivation process. The traditional planting method is to place the fungus packs vertically on the ground, and then leave a space between the fungus packs for the fungus to grow. When harvesting, the workers put the fungus The bag is picked up from the ground to pick the fungus and put it back on the ground. This traditional operation has the following disadvantages: one is that the number of bacteria bags placed per unit area is small, the land occupation is large, and the output per unit area is low; the second is that the bacteria bags are in contact with the ground, and the bacteria bags and fungus are easily attacked by insects; There are many water transmission lines in the method, a large amount of wa...

AI Technical Summary

Problems solved by technology

This traditional operation has the following disadvantages: one is that the number of bacteria bags placed per unit area is small, the land occupation is large, and the output per unit area is low; the second is that the bacteria bags are in contact with the ground, and the bacteria bags and fungus are easily attacked by insects; There are many water lines laid out in the method, a large amount of water is required, and the cost of water and electricity is high; the fourth is that the picking cost of workers is slow and the picking labor intensity is high, requiring workers to squat down or lean over to operate, which is inconvenient and inefficient.

However, due to the high cost of building greenhouses, high degree of management refinement, high technical requirements, limited ventilation and light transmission, fixed locations, etc. are susceptible to contamination by bacteria, etc., the cost of cultivating fungus is high

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