MySheen

Causes and Prevention of Pleurotus ostreatus

Published: 2024-11-22 Author: mysheen
Last Updated: 2024/11/22, Pleurotus ostreatus grows between the bottle wall (culture bag) and the culture material, the mushroom body is generally small and has no commercial value, but the mushroom absorbs a large amount of nutrients and water in the process of growth, so that the fruiting body on the surface of the cultivation bag can not grow normally or grow slowly. in serious cases, the surface of the cultivation bag does not form a fruiting body primordium. The main reasons for the formation of attached mushrooms are as follows: the culture bag is too loose or uneven, there is a gap between the culture bag (bottle) and the culture material, the water content of the culture material is low, the bacteria tube shrinks, and the gap is formed between the culture bag (bottle) and the material.

Pleurotus ostreatus grows between the bottle wall (culture bag) and the culture material, the mushroom body is generally small and has no commercial value, but the mushroom absorbs a large amount of nutrients and water in the process of growth, so that the fruiting body on the surface of the cultivation bag can not grow normally or grow slowly. in serious cases, the surface of the cultivation bag does not form a fruiting body primordium. The main reasons for the formation of adherent mushrooms are: the culture bag is too loose or uneven, there is a gap between the culture bag (bottle) and the culture material; the water content of the culture material is low, the bacteria tube shrinks, and the gap is formed between the culture bag (bottle) and the material; in the process of handling or bagging, careless work makes the cultivation bag break, which is easy to occur.

Preventive measures: first of all, pay attention to the quality of bagging, be careful when working and prevent breaking bags. If the material wall is separated due to insufficient water content of the culture material, the culture material can absorb water and expand and reverse the separation phenomenon of the material wall through irrigation.

 
0