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High-yield cultivation techniques and management methods for edible fungi
High-yield cultivation and management of edible fungi
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Mastering contamination prevention management and topdressing methods for edible mushroom spawn
Strengthen management measures to reduce contamination of edible mushroom spawn
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Fertilization Management and Disease Identification Methods for Winter Edible Fungi
Fertilization Management Methods for Winter Edible Fungi
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Key Management Points for Spring Button Mushrooms and Post-Harvest Handling Methods
The button mushroom (Agaricus bisporus) is currently China's largest export earner among edible fungi, with main production areas in Fujian, Shanghai, Hunan, Guangxi and other provinces. At present, it is the spring mushroom management stage, and some key management techniques for this stage are briefly introduced below: Spring mushroom management accounts for about 30% of total yield. After mid-March, as temperatures gradually rise and stabilize above 10°C, the water content of the casing soil can be gradually adjusted to sufficient levels to meet fruiting needs. When adjusting water, first spray the clear supernatant of lime water at pH 8-9; when the temperature is below 15°C, top-dressing fertilizer can be applied together with spraying. Around April
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How to handle oyster mushrooms during the flush transition period? A detailed guide to practical management methods
When oyster mushrooms are in the flush transition period, the first step is to remove mushroom stumps and dead mushrooms. Use a sharp knife to dig out the roots without leaving any residue, and pull out the dead mushrooms. Second, for wall-style fruiting, use wooden sticks with a diameter of 2 cm to 3 cm to make holes in the mushroom wall, driving them from top to bottom to a point 20 cm from the bottom layer, then pour the prepared nutrient water into the holes. Irrigate little but often, and add enough water. The nutrient water can be rice-washing water, mushroom root soup, urea water, etc. For ground-cultivated fruiting, the nutrient water can be poured into the pool along with the irrigation water. Third, after pouring the nutrient water, stop watering for 5 to 7 days. During this time, keep the air humidity at
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Production Management Methods and Technical Key Points for the Growing Period of Oyster Mushrooms
After the large-scale formation during the mulberry stage and the brief coral stage, the mushroom bodies gradually enlarge and enter the growing period. At this time, management should be strengthened so that the mushroom bodies differentiate and mature within 5-7 days. Specific management measures: ① Ventilation. To prevent deformed or rotten mushrooms caused by excessive stale air in the room, ventilate 3-4 times daily to supply fresh air. ② Moisture retention. Adequate air humidity is an important condition for the enlargement of the mushroom bodies, so mist water should be sprayed in the room 4-5 times daily. However, avoid water accumulating on the caps, so as to prevent curling. The relative air humidity should be maintained at 9
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Management Methods and Technical Key Points for Oyster Mushrooms After Casing Soil
1. Heat preservation and moisture retention: After the oyster mushroom substrate logs are covered with soil, keep the shed temperature at 10°C-15°C, and keep the bed surface moist for about 15 days, until granular mushroom buds appear on the bed surface. After 3-4 days, when the caps grow to 1 cm in diameter, ventilate appropriately for 1 hour at noon. After the mushroom clusters grow larger, ventilate for 1 hour each morning and evening until harvest. Do not water during the growth period of the oyster mushroom fruiting bodies, so as not to drown the young mushrooms or splash soil onto the gills, which would affect the quality and edible value of the oyster mushrooms. 2. Harvesting: Harvest when the oyster mushroom caps curl inward slightly or are flat. When harvesting, support the lower left side of the mycelium with your left hand,
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Detailed Explanation of Oyster Mushroom Bag Cultivation Techniques and Management Methods
At present, there are many methods for cultivating oyster mushrooms in China, including bed cultivation, furrow cultivation, fungus bricks, bag cultivation, and intercropping or relay intercropping with vegetables or crops. Bag cultivation is a cultivation method in which the substrate is placed into plastic bags, inoculated with spawn, and cultivated until mushrooms appear. This is currently a widely applied cultivation method in production and has many advantages: first, raw materials are easy to obtain (plant straw, bran, husks and other agricultural by-products), making use of waste and turning waste into treasure. Second, it saves labor and is easy to manage. Third, three-dimensional cultivation can make full use of site space. Fourth, various sites can be used, including indoors, greenhouses, and air-raid
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Management Methods and Technical Key Points for Shiitake Mushrooms During the Fruiting Period
After the shiitake mushroom logs change color, the mycelium is fully mature and has accumulated rich nutrients. Under the stimulation of certain conditions, it rapidly transitions from vegetative growth to reproductive growth, initiating the differentiation and development of fruiting body primordia, which marks the beginning of the fruiting period. I. Promoting bud formation: Shiitake mushrooms are a type of fungus that fruits under variable temperatures. A certain temperature difference, scattered light, and fresh air are beneficial to the differentiation of fruiting body primordia. During this period, the covering film on the beds is generally removed, and the temperature in the fruiting greenhouse should preferably be controlled at 10-22°C, with a day-night temperature difference of 5-10°C.
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Winter Management Methods and Technical Key Points for Mushroom Beds
After the autumn mushroom harvest is finished, if no heating measures are taken and winter mushroom production continues, then the mushroom bed will enter the winter management stage. How well the winter management of the mushroom bed is carried out has a tremendous impact on the spring mushroom harvest of the coming year. Therefore, the winter management work of the mushroom bed must be done well. 1. Do a good job of heat preservation and ventilation in the mushroom house. In winter, the room temperature of the mushroom house is best kept above 3°C, so that the interior does not freeze, in order to prevent the mycelium from being damaged by freezing. In order to maintain this temperature in the mushroom house, before entering winter, the air-leaking areas on the four walls of the mushroom house
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