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Key Technical Points for Summer Management of Mushrooms Grown on Bed Logs
A Brief Discussion of Key Technical Points for Summer Management of Mushrooms Grown on Bed Logs
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Key Technical Points and Management Measures for Cold and Freeze Protection of Edible Fungi
Cold and Freeze Protection Techniques for Edible Fungi
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Detailed Explanation of the Key Technical Points of Edible Mushroom Production, Cultivation and Management
Edible Mushroom Production, Cultivation and Management
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Key Technical Points for Spring Mushroom Management and Notes on Water Supplementation
Key Technical Points for Spring Mushroom Management
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Key Technical Points for Winter Management of Agaricus bisporus
In the Yangtze River basin and the northern provinces, such as Shanghai, Zhejiang, Jiangsu, Sichuan, Anhui and other provinces and municipalities as well as the Northeast region, because of the cold winter, the temperature in the mushroom houses is all below 5°C, which is not suitable for mycelial growth; the mycelium is in a dormant state and cannot supply the nutrients needed for fruiting body growth, therefore, mushrooms will not grow either. Generally from late December to early March of the following year, the mushrooms are in the overwintering stage. Doing a good job of overwintering management is a necessary condition for obtaining a high yield of spring mushrooms. (1) Preparatory work before overwintering ① After the autumn mushroom harvest ends, first of all, do a good job of tidying the bed surface
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Detailed Explanation of Key Technical Points for High-Yield Cultivation and Management of Agaricus bisporus
I. Cultivation Season In the Weibei Dry Belt region, where temperature differences are large, air humidity is low, and seasons change quickly, sowing can be done earlier, scheduled from mid-August to early September. In the Guanzhong Plain area, it is scheduled from late August to mid-September. Of course, mushroom growers with cave dwellings or fruit cellars can pile and ferment right after the wheat straw harvest, sow by the end of July, and harvest by late August. After the corn stalks are harvested, once the corn stalks are dry, a second round of sowing can be carried out, using cut corn stalks + cow dung, sowing from December to January, overwintering, and starting to produce mushrooms in March of spring
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Detailed Explanation of Key Technical Points for Autumn Management of Button Mushrooms
To achieve stable and high yields of button mushrooms in autumn, water management must be the key focus. With proper watering, the mycelium grows vigorously, fruiting bodies form abundantly, and the number of fruiting flushes increases; with excessive watering, the mycelium will shrink and recede, primordia will form poorly, and the mushroom fruiting bodies will develop "rust spots" and "red roots"; with insufficient watering, the fruiting bodies will not be plump, and flat caps, sunken caps, or scales on the surface will appear. The key focus of water management should be to increase the relative air humidity, and when spraying water, it should be flexibly controlled according to the fruiting situation, the moisture conditions of the compost and casing soil, and changes in weather. Generally in
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Key Technical Points for Mushroom Cultivation and Management in Winter Fallow Fields
Using winter fallow fields to cultivate mushrooms with rice straw and manure as the main raw materials can greatly increase income, and the spent substrate after cultivation can be returned directly to the field or used as raw material for bio-organic fertilizer. The winter fallow field mushroom cultivation technique is introduced as follows: Substrate formula: when stacking materials, calculated per square meter of mushroom bed, use 12.5-13.5 kg of dry rice straw, 0.8 kg of rapeseed cake powder, 0.45 kg of gypsum powder, 0.45 kg of superphosphate, 0.45 kg of compound fertilizer, and 0.45 kg of lime powder. Per mu
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Key Technical Management Points for the Spawn-Running Period of Autumn-Cultivated Oyster Mushrooms
The period from spawning to the appearance of fruiting bodies is called the spawn-running period. The level of technical management during this period determines whether the oyster mushroom mycelium can grow and develop normally in the substrate, and is the key period for achieving high-quality, high-yield oyster mushrooms in the future. Therefore, strengthening management during the spawn-running period of oyster mushrooms is crucial. In my investigations, I have found that many oyster mushroom producers believe oyster mushrooms are easy to grow and manage extensively. After spawning, they often neglect scientific management during the spawn-running period and become careless, which leads to reduced yields and poor harvests of oyster mushrooms, and in severe cases, complete crop failure.
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Key Technical Points for Temperature Management During the Spawn-Running Stage of Oyster Mushrooms
When oyster mushroom mycelium grows thick and vigorous, the spawn-running success rate is high; especially in the sterilized-substrate cultivation process, the mycelium has a lower chance of being infected by contaminant microorganisms than other varieties. However, in the raw-material cultivation process, its temperature requirements during the mycelial growth stage are very strict. Therefore, correctly mastering the suitable spawn-running temperature is the key to ensuring the success of raw-material cultivation of oyster mushrooms. Oyster mushroom mycelium grows vigorously at 20°C-30°C and has strong resistance to contaminant microorganisms; even if occasional contamination occurs, the oyster mushroom mycelium can penetrate and consume it, and the spawn runs quickly, with the mycelium
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