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Explanation of the Artificial Cultivation Models for Edible Fungi Under Forest Canopies and Related Issues
Discussion of the Artificial Cultivation Models for Edible Fungi Under Forest Canopies and Related Issues
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Detailed Explanation of the Three-Crop Mushroom Cultivation Model in One Greenhouse
Three-Crop Mushroom Cultivation Model in One Greenhouse
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Detailed Explanation of the High-Efficiency Field-Based Wild-Simulated Cultivation Technology Model for Oyster Mushrooms
Under the premise of producing the same mushroom yield, field-based wild-simulated cultivation of oyster mushrooms can reduce investment in production facilities and labor intensity, facilitate operation and management, and the fresh mushrooms produced have a strong wild mushroom flavor, enhancing the commercial value of oyster mushrooms. This model is highly practical, easy to operate, suitable for large-scale and industrialized production, and has high promotional value. Oyster mushrooms, with their advantages of high yield, strong adaptability and large consumption volume, occupy a major position in the edible mushroom production of our province. However, using houses, greenhouses, caves and other facilities to cultivate oyster mushrooms has long been
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Grain-mushroom intercropping planting model boosts yield and income
Corn-oyster mushroom intercropping uses a 2:1 intercropping cultivation form, improving field ventilation and light penetration; the oyster mushroom production requires more watering, which is very beneficial to corn growth. The spent mushroom substrate still contains relatively rich organic nutrients and can be turned into the soil as high-quality farmyard manure to build soil fertility. Intercropped corn can be sown in late April; on the basis of early-spring plowing and harrowing, spread farmyard manure, form ridges 60 cm wide, with plant spacing smaller than that of pure corn stands, and add the corn plants from the mushroom rows to the rows on both sides respectively, ensuring
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