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Mastering 3 inoculation methods for shiitake mushrooms can achieve high yields

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Dense inoculation: Increase the inoculation points on the log; more inoculation points mean a larger colonization area, allowing the mycelium to permeate the log in a shorter time. The log mainly exchanges gases with the outside through absorbing and evaporating water; the alternating wet-dry moisture movement can provide sufficient oxygen inside the log, enabling the mycelium to penetrate deep into the log to feed, thereby accelerating log maturation and reducing the chance of contamination by competitor fungi. Deep inoculation: Deep inoculation holes hold more spawn, which helps enhance drought resistance and reduces the stimulation of temperature fluctuations outside on the spawn blocks at the bottom of the holes. The mycelium inside the spawn blocks

Dense inoculation: Increase the inoculation points on the log; more inoculation points mean a larger colonization area, allowing the mycelium to permeate the log in a shorter time. The log mainly exchanges gases with the outside through absorbing and evaporating water; the alternating wet-dry moisture movement can provide sufficient oxygen inside the log, enabling the mycelium to penetrate deep into the log to feed, thereby accelerating log maturation and reducing the chance of contamination by competitor fungi.

Deep inoculation: Deep inoculation holes hold more spawn, which helps enhance drought resistance and reduces the stimulation of temperature fluctuations outside on the spawn blocks at the bottom of the holes. Under relatively constant temperature and humidity conditions, the mycelium inside the spawn blocks will germinate quickly, and the survival rate is improved. Drilling deep holes increases the depth along the tangential direction of the wood, allowing the mycelium to absorb more sufficient nutrients, and the yield will be greatly increased.

Early inoculation: Under low-temperature conditions, the density of competitor fungal spores in the air is low and their activity is weak, so they are not likely to germinate into mycelium, while shiitake mycelium can colonize under relatively low-temperature conditions, with strong resistance, robust mycelial growth, and a high survival rate.

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