一种羊肚菌种植技术的改良方法
By immediately placing nutrient bags and sealing the openings during morel cultivation, the mycelium on the outer surface and inside the nutrient bag can grow synchronously, solving the problems of decreased mycelial vitality and contamination risk in traditional methods, and achieving early, efficient, and high-yield cultivation results.
CN122397561APending Publication Date: 2026-07-17
Patent Information
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Filing Date
- 2026-06-04
- Publication Date
- 2026-07-17
AI Technical Summary
Technical Problem
In traditional morel cultivation methods, the delayed placement of nutrient bags leads to decreased mycelial vitality, prolongs the cultivation cycle, increases the risk of contamination, and affects yield and success rate.
Method used
Immediately after inoculating the fungal spawn, place an external nutrient bag and seal the opening with morel spawn to achieve synchronous germination and connection of the mycelium on the surface and the mycelium inside the nutrient bag, thus preventing the invasion of other fungi.
Benefits of technology
It significantly shortens the planting cycle, reduces pollution risk, and increases yield and success rate, especially maintaining high-efficiency production even in high-temperature environments.
✦ Generated by Eureka AI based on patent content.
Abstract
本发明提出一种羊肚菌种植技术的改良方法，所述方法包括以下步骤：在种植区域内整地作相面；将羊肚菌菌种播撒或沟播于所述相面；在播撒所述菌种之后，立即将外援营养袋放置于所述相面上，所述外援营养袋具有开口；在放置所述外援营养袋时，使用羊肚菌菌种封堵所述外援营养袋的开口，以防止杂菌侵入，并使得由所述相面萌发的菌丝体与由封堵开口的菌种萌发并进入所述外援营养袋内的菌丝体能够同步生长并相互连接。本发明中的改良方法通过菌种封堵外援营养袋开口，有效阻止杂菌侵入，本发明增强了菌丝在高温环境下的适应能力，即使在地温25摄氏度、环境温度32摄氏度的极限条件下仍可成功播种，有利于提升早菇种植的成功率与产量稳定性。
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