Stropharia rugosannulata output improving method

Abstract

The invention discloses a Stropharia rugosannulata output improving method comprising the following steps: employing ground pit type cultivation; digging the ground pit of 60cm in width and 40cm in depth on two sides of middle 2 furrows; digging the ground pit of 50cm in width and 40cm in depth on two sides of two 2 furrows on two sides; setting 1 vent in every 5m in the ground pit, paving a bamboo splint in every 2-3cm on the ground pit, and paving compost. The compost comprises the following materials: 36% of broad leaf wood chips, 36% of bean straws, 20% of wheat bran, 5% of corn flour, 1% of brown sugar, 1% of calcium superphosphate, and 1% of gypsum; the method piles sieved garden soil with decomposed organic fertilizers so as to improve organic matter content and water retention performance of covering soil, thus improving Stropharia rugosannulata output; an amino acid containing foliar fertilizer is applied on the covering soil so as to promote mycelia growth in the covering soil, thus promoting the output. The method allows the spawn running speed to be relatively fast, is short in growth period, and high in output.

Description

technical field [0001] The invention relates to the cultivation of mushrooms, in particular to a method for increasing the output of stropharia stropharia. Background technique [0002] Stropharia is one of the edible fungi artificially cultivated in many European and American countries, and it is also one of the edible fungi recommended by the Food and Agriculture Organization of the United Nations (FAO) to developing countries. Stropharia grandis is a brightly colored, tender, smooth and crisp edible fungus. According to the analysis, its fruiting body contains quite high protein, carbohydrates, mineral elements, vitamins and other substances beneficial to the human body, and its fruiting body contains 17 kinds of amino acids (tryptophan has not been determined) and all the amino acids necessary for the human body. According to relevant reports, its extract has an inhibitory rate of 70% on S-180 in mice, and an inhibitory rate of 70% on Ehrlich ascites carcinoma. [0003...

AI Technical Summary

Problems solved by technology

Of course, some people have carried out research experiments on the cultivation methods of Stropharia stropharia, and provided some schemes to make the mycelia of Stropharia stropharia grow faster and stronger, but since the introduction of Stropharia stropharia in my country is relatively late, Its high-yield cultivation research is still in the exploratory stage in my country, and there is still a lot of room for research.