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What Are the Grading Standards for Edible Mushrooms? Read This One Article to Understand
What are the grading standards for edible mushrooms?
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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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Under what circumstances do cultivated edible mushrooms need supplemental watering?
Under what circumstances do cultivated edible mushrooms need supplemental watering?
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Is the underside of the Tricholoma mushroom cap and its interior turning black toxic, and can it still be eaten normally?
Tricholoma mushroom is also called white mushroom because it is white all over, and it is also a rare edible fungus with high nutritional value. But why do some Tricholoma mushrooms bought and left for a while turn black? Is the underside of the Tricholoma cap turning black toxic? Is the inside of the Tricholoma
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Mushroom Talk (Part 1): Understanding the Basics of Edible Fungi
When it comes to edible fungi, the mere mention of the term may make you think they are simply the shiitake mushrooms, enoki mushrooms, shaggy mane mushrooms, and so on that we eat. Actually, the requirements are not...
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What are the key points of mushroom preservation technology? Understand in one article
The main factors affecting mushroom preservation are as follows: Temperature: the higher the temperature, the worse the mushroom preservation. 0-4°C is the suitable temperature for mushroom preservation. Apart from quick freezing, below 0°C easily causes freezing damage. Water quality: when the iron or copper content in water exceeds 2 mg/L, the mushroom color darkens and turns brown, so iron and copper utensils and tools are prohibited. Humidity: 95-100% is required. Below 90%, the color darkens, and the caps easily open and spoil. Gas composition: an important cause of spoilage, which can be inhibited by sterilization and adjusting pH value. Enzyme activity
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Semi-underground three-dimensional cultivation of oyster mushrooms yields high output and good returns
Semi-underground three-dimensional bed-frame cultivation of oyster mushrooms is a new approach explored in recent years to achieve high yields and improve economic returns. According to trials, on an area of 20 sq m, with 2000 kg of substrate, the annual output of oyster mushrooms is about 2500 kg, with a biological efficiency of over 120%. The key technical points are as follows: 1. Building the greenhouse: first dig a pit 1.8 m to 2 m deep and 4 m to 5 m wide, with the length determined as needed, and place the three-dimensional bed frames inside. On top, use bamboo poles and plastic film to build an arched shed, pack the surrounding edges firmly with soil, and cover with straw mats. Leave ventilation openings of about 30 square cm on all four sides, east, west, north and south, and build a small door on the west side for workers to enter and exit.
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Detailed Explanation of Key Techniques for Cultivating Oyster Mushrooms Under Forest Canopy
I. Ensuring Spawn Quality To achieve high and stable yields of oyster mushrooms, it is important to master the correct spawn production process and ensure good spawn quality. The variety we selected is Pinggao No. 1. Practice has proven that good spawn can increase yield by more than 30% compared with poor spawn, and the mushrooms produced are robust with very few pest and disease problems. II. Site Selection The fruiting site for high-temperature oyster mushrooms is a forest arched shed. The requirements are good ventilation and convenient drainage. III. Spawn Bag Preparation The cooked-substrate bag method can be adopted; do not use raw-substrate cultivation. Cooked-substrate cultivation refers to a method in which the substrate is first sterilized at high temperature after being mixed, and then inoculated and incubated.
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Detailed Explanation of Underground Shiitake Cultivation Methods and Techniques
Underground shiitake cultivation uses underground tunnels, natural caves and other underground facilities to grow shiitake mushrooms, allowing year-round spawn production and fruiting in all four seasons. This is another new cultivation site for shiitake production after wild forest areas, mushroom houses and plastic sheds. This cultivation method has developed rapidly in China, with a history of more than 20 years, and a complete set of production models for large-scale underground shiitake cultivation has been formed. It can be done both in bags and in blocks. Underground shiitake cultivation makes full use of the low-temperature and moisture-retaining properties of this site, and with the addition of cultivation bed racks and light sources, it can
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What are the precautions for introducing edible fungi? These key points need to be understood in advance
Edible fungi, like other crops, rely especially on pure, high-quality spawn, because the quality of the spawn directly affects the level of yield and the success or failure of cultivation. With good-quality spawn and reasonable cultivation management, it is easy to obtain high and stable yields; with poor-quality spawn, it is difficult to obtain high yields, or even total crop failure. There is a saying in edible fungus production: whether you harvest at all depends on the spawn, how much you harvest depends on management. For this reason, high-quality edible fungus spawn is the prerequisite for mushroom growers to achieve high returns in edible fungus cultivation. Edible fungus spawn is divided into first-level spawn (also called mother spawn
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