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Cause Analysis and Control Measures for Physiological Diseases of Edible Fungi
Causes of Physiological Diseases of Edible Fungi and Their Control Measures
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What are the control methods for acute physiological wilting in watermelon?
How do you prevent and control acute physiological wilting in watermelon?
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Biological fermentation is a good method in edible mushroom cultivation
Biological fermentation is a good method for cultivating edible mushrooms
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Methods for Using Biological Fermentation Agents and Fertilization Techniques in Edible Mushroom Cultivation
How to Use Biological Fermentation Agents for Cultivating Edible Mushrooms
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A Detailed Guide to the Morphological Characteristics and Cultivation Techniques of the Button Mushroom
I. Morphological characteristics. The button mushroom, also known as the cultivated mushroom, belongs to the Agaricaceae family. The fruiting body is medium-sized, with a cap diameter of 5-12 cm. It is initially hemispherical or broadly hemispherical, later becoming nearly flat, white and nearly smooth, pale yellow when dry. The stipe is 4.5-9 cm long and 1.5-3.5 cm thick, white and smooth, sometimes silky, nearly cylindrical, solid to soft inside. The annulus is single-layered, membranous, borne at the middle of the stipe and easily shed. The spores are brown, elliptical and smooth, generally two spores per basidium, mainly
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New organic ecological cultivation technique for returning mushrooms to nature
The traditional technique for mushroom production uses rice and wheat straw as the main raw material, but in our area, with the expansion of mechanized harvesting and straw return to the field, the supply of rice and wheat straw is becoming less and less, which has limited mushroom production. In order to solve the problem of raw material shortage in the mushroom production process, over the past few years, through continuous exploration, we have successfully developed a new organic ecological nature-returning cultivation technique for mushrooms. This technique resolves the contradiction between the supply and demand of rice and wheat straw, simplifies the operating procedures, and changes mushroom cultivation from autumn cropping to year-round production in both spring and autumn. The cultivation cost is reduced by 30%-50%. If
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What Types of Physiological Deformities Occur in Mushrooms? A Full Analysis of Common Types
Mushroom deformities are mostly triggered by temperature differences or unfavorable environmental conditions; they may also be related to the strain used. The common deformed mushrooms mainly include the following types: 1. Hollow stipe. From the outside the mushroom looks normal, but when the base is cut off, part of the stipe is found to be hollow, usually with a ring-shaped cavity around a hard core. Afterwards, the cut surface of the stipe may split and curl backward, making the mushroom poor in appearance and reducing its marketability. Cause: This is mainly caused by low air humidity during the fruiting period, rapid evaporation of water from the mushroom body, and overly dry casing soil,
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Control Methods and Technical Key Points for Physiological Diseases of Button Mushrooms
Button mushrooms are relatively sensitive to their environment. A poor cultivation environment will hinder their normal growth and development, produce various abnormal phenomena, and lead to reduced yield and lower quality. Common physiological diseases of button mushrooms include excessive mycelial growth, hard opening of the caps, thin-skinned early opening, and the appearance of soil-level mushrooms and hollow-stemmed white-core mushrooms. They are described below: Symptoms of excessive mycelial growth: after the mushroom bed is cased and watered, the fluffy mycelium of the button mushroom will continuously grow toward the surface of the fine soil. In severe cases, it will form a fine, water-impermeable mycelial mat, thereby delaying the time of fruiting and reducing the mushroom
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How to prevent and control non-physiological diseases of mushrooms?
(1) Deformed mushrooms Deformed mushrooms are mostly induced by temperature differences or unfavorable environments; they may also be related to the strain used. Deformities mainly include the following types: 1. Hollow stipe. Mushrooms on the bed look normal, but when the base is cut off, part of the stipe is found to be hollow, usually with a ring-shaped cavity around a hard core. Afterwards, the cut surface of the stipe may crack and then curl backward, causing the mushrooms to lose their appealing appearance and decline in quality. This is mainly caused by low air humidity during the fruiting period, rapid evaporation of water from the mushroom bodies, excessively dry casing soil, and the fruiting bodies being unable to obtain water.
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Physiological Disorders of Mushrooms and Their Control Methods
Mushrooms are relatively sensitive to their environment. A poor cultivation environment will hinder their normal growth and development, produce various abnormal phenomena, and lead to reduced yields and lower quality. Common physiological disorders of mushrooms include excessive mycelial growth, hard opening of the caps, thin-skinned early opening, and the appearance of ground-button mushrooms and hollow-stem white-core mushrooms. They are described below: Symptoms of excessive mycelial growth: after the casing soil of the mushroom bed is watered, the fluffy mycelium of the mushroom will continuously grow toward the surface of the fine soil, and in severe cases will form a fine, dense, water-impermeable mycelial mat, thereby delaying the time of fruiting and reducing the
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