Edible mushroom soil preparation formula

Abstract

The invention relates to an edible mushroom soil preparation formula which comprises 20-30 parts of waste mushroom sticks, 20-30 parts of waste mushroom bags, 10-15 parts of crop straws, 10-15 parts of branches and tendrils, 10-15 parts of shell cores, 5-10 parts of plant branch broken wood, 5-8 parts of soil microorganisms, 10-20 parts of cocoa peat and 5-10 parts of artichoke composition. The artichoke composition comprises an artichoke extract, an alkaline calcium modifier, a yeast extract and a soybean extract; and the soil microorganisms comprise rosebacter shiba and actinidia latifolia var. mollis. The formula changes soil hardening, thereby achieving soil remediation and improvement, so that the growth of edible mushrooms is facilitated.

Description

technical field [0001] The invention relates to the technical field of agricultural waste utilization, in particular to a soil preparation formula for edible fungi. Background technique [0002] At present, the problems in my country's soil are: soil compaction, imbalance of mineral nutrition ratio, low organic matter content, shallow cultivation layer, soil acidification, soil salinization, soil pollution, and obstacles to repeated cropping. [0003] Main hazards: (1) Decreased root capacity. In the case of soil compaction, the lack of oxygen will lead to the decline of root activity, which will not develop normally, and the respiration will be weakened, which will affect the absorption of nutrients; [0004] (2) lead to deficiencies; [0005] (3) The compaction of the soil and serious pollution will greatly reduce or even eliminate the production. [0006] Soil pollution and compaction have seriously damaged the interests of farmers and hindered the development of agric...

AI Technical Summary

Problems solved by technology

[0002] At present, the problems existing in my country's soil are: soil compaction, imbalance of mineral nutrition ratio, low organic matter content, shallow cultivation layer, soil acidification, soil salinization, soil pollution, and obstacles to repeated cropping

In the case of soil compaction, the lack of oxygen will lead to the decline of root system activity, which will not develop normally, and the respiration will be weakened, which will affect the absorption of nutrients;

[0004] (2) lead to deficiencies;