Method for inter-planting tricholoma lobayense heim at bottom of banana tree

Abstract

The invention discloses a method for inter-planting tricholoma lobayense heim at the bottom of a banana tree. The method for inter-planting the tricholoma lobayense heim at bottom of the banana tree includes that using pollution-free tricholoma lobayense heim sticks with eugonic hypha as fruiting fungi bags, and selecting a banana plantation as a culture field, wherein the banana plantation is flat, the water permeability is good, the ventilation performance is good, there is no pollution source at four sides, and each banana tree is higher than 1.5 meters; digging a culture bed between each two banana trees of a banana culture bed surface, wherein the length and width of the culture bed conform to those of the bed surface, and the depth is 20 to 25 centimeters; culturing and managing according to the normal method. The method for inter-planting the tricholoma lobayense heim at bottom of the banana tree is good for improving the soil yield, resource use rate and agricultural work production rate, capable of reducing the fertilizer investment and improving the soil condition, and good for the fruit tree growth and ecological environment protection; by means of the culture mode, the farmer realizes the stereoscopic agriculture production mode without increasing the investment and reducing the output of the other crops, and banana and tricholoma lobayense heim bumper is realized.

Description

technical field [0001] The invention belongs to the technical field of edible fungus cultivation, and in particular relates to a method for interplanting golden blessing mushrooms at the bottom of banana trees. technical background [0002] Banana is the largest tropical and subtropical fruit. It has the characteristics of fast growth and high biomass. At the same time, it has become the fourth largest fruit in my country because of its high yield. [0003] Bananas are broad-leaved trees. Because of its large leaves, transpiration and photosynthesis are very strong. In banana orchards, banana leaves can shelter from wind and rain, cool down, and moisturize to create and adjust the climate in a small area. Huge banana leaves also form a large environment in the banana orchard. Natural oxygen bar, such an environment is very conducive to the production and cultivation of edible fungi. However, in the current vast banana orchards, the bottom of the banana trees is all idle, a...

AI Technical Summary

Problems solved by technology

However, in the current vast banana orchards, the bottom of the banana trees is empty, and there has been no effective comprehensive development and utilization.