-
Key High-Yield Techniques for Cultivating Oyster Mushrooms on Rice Straw
High-Yield Techniques for Cultivating Oyster Mushrooms on Rice Straw 1. Selecting spawn: Experiments show that the relatively ideal strains include: the low-temperature type 792 and 118 oyster mushrooms; the medium-temperature type Xinnong No. 1, 9400 oyster mushroom, and Hypsizygus marmoreus; the high-temperature type Hainan No. 2, etc. (All of these spawns can be provided by the Binhai County Edible Fungi Research Institute.) 2. Seasonal scheduling: Along the middle and lower reaches of the Yangtze River, sowing can be done from early August to mid-February of the following year, with mid-September to mid-November being the best sowing period. 3. Rice straw selection: Choose fully dried, mold-free, golden-colored rice straw
-
Growing button mushrooms (Agaricus bisporus) in winter-fallow rice fields delivers good returns
In 2004, our county carried out cultivation demonstrations of growing button mushrooms (Agaricus bisporus) in winter-fallow rice fields across 16 townships. After the late rice harvest, rice straw and other materials were used as the main raw materials and composted and fermented into growing substrate, making use of the winter temperature and light resources and the idle winter season of the rice fields; open-field cultivation of button mushrooms achieved notable returns. Chen Yeru, a farmer at the Lixian Institute of Agricultural Sciences, is a button mushroom cultivation demonstration household, with a family of 4 people and 2 laborers, and had never previously cultivated edible fungi. After technical training at the Lixian Edible Fungi Research Institute, he set up on his own contracted field
-
High-yield field management techniques for cultivating button mushrooms (Agaricus bisporus) in rice paddies
Field selection and preparation: It is best to choose fresh fields or fields where mushrooms have been grown before that are upwind and upstream; avoid using diseased fields or old fields located at downwind, downstream outlets, otherwise they are prone to invasion by contaminating microorganisms. Plow and finely level the field; if the field is dry and has good drainage, plowing may be omitted; also open drainage edges and bed furrows, with a bed surface width of 80-90 cm and a walkway width of 60-70 cm; spread the remaining 50 kg of fine lime powder into the casing soil. Sowing: When sowing mushrooms, farmer friends should pay attention to doing the following work well: 1. Place
-
High-Yield Cultivation Techniques for Agaricus bisporus in Rice Fields
Cultivating Agaricus bisporus in rice fields is a planting method that uses rice straw and other materials as the main raw materials, which are composted and fermented into growing substrate, and takes advantage of the temperature and light resources and idle seasons of autumn, winter and spring to cultivate Agaricus bisporus in the open field in rice fields after the rice harvest. This method makes full use of resources, can create a net profit of more than 5000 yuan per mu, with an input-output ratio of 1:3, and can improve the soil, delivering excellent economic and ecological benefits. The technical experience is introduced below: 1. Mushroom field selection Generally, a middle-season rice field or single-crop rice field with higher terrain, fertile soil, convenient drainage and irrigation, close to a water source,
-
Detailed Explanation of Agaricus bisporus Cultivation Technology in Rice Fields
Cultivating Agaricus bisporus in rice fields is a "rice-mushroom-rice" cropping model in which, after the rice harvest, compost is spread directly on the rice field for spawning and casing soil cultivation to produce mushrooms. After the rice is harvested, the rice straw is dried on site, composted and fermented on site to make the growing substrate, and cultivated on site, with management provided by grass curtains, small plastic tunnel shelters, or plastic greenhouses, eliminating the need to build mushroom houses and transport raw materials, thus greatly reducing production costs. In addition, rotating the cultivated field each year can effectively control pests and diseases, enabling the mushroom products to meet pollution-free quality requirements. In addition
-
Detailed Explanation of Key Techniques for High-Yield Cultivation of Rice Field Mushrooms
1. Seize the best sowing period. According to the suitable temperature for mushroom growth, determine the composting time and sowing period based on altitude. Taking the climatic conditions of our Dazhou area as an example, for places below 500 m in altitude, it is suitable to compost around September 20 and sow around October 13; for places at 800-1000 m in altitude, it is suitable to compost around September 10 and sow around September 23. Sowing too early will cause the first batch of mushrooms to die from high temperatures when they emerge; sowing too late will affect mushroom yield. 2. Reasonably adjust
-
Adding rice husk to mushroom casing soil brings better planting benefits
In conventional mushroom cultivation management, casing soil is a technically demanding task. There are special requirements for the casing soil's texture, soil aggregate structure, aeration, and water retention and holding capacity. In particular, when making large, medium, and small casing soil particles, it is both labor- and time-consuming, and the labor intensity is high. To effectively solve these problems, the author has repeatedly reformed mushroom casing soil technology since 1990, and finally determined to use surface humus soil from within forest stands or paddy field plough layer soil (sandy loam or clay loam are both acceptable) mixed with 5% fresh rice husk
-
Detailed Explanation of Button Mushroom Cultivation Techniques in Rice Fields (Part 5)
V. Integrated Pest and Disease Control. Integrated pest and disease control should adhere to the principle of prevention first, with prevention being more important than treatment, and to the principle of combining agricultural control, physical control, biological and ecological control, and chemical control. The use of highly toxic and high-residue pesticides must be eliminated, and no pesticides should be used during the mushroom harvesting period. Diseases and deformed mushrooms caused by environmental factors or improper technical management (such as red-foot mushrooms, landmine mushrooms, big-ball mushrooms, scaly mushrooms, etc.), as well as weed fungi (such as Coprinus mushrooms, etc.), should be controlled primarily through integrated measures. Main measures: First, the compost formula must be accurate, and the material
-
Detailed Explanation of Rice Field Cultivation Techniques for Agaricus bisporus (1)
Rice field cultivation of Agaricus bisporus is a planting method in which rice straw and other materials are used as the main raw materials, composted and fermented to make a growing substrate, and the temperature and light resources of autumn, winter and spring and the idle season are utilized to cultivate Agaricus bisporus in the open field in rice fields after the rice harvest. In 2005, our county used no-till cultivation in single-season rice fields in 12 townships (towns) to grow 300,000 sq m of Agaricus bisporus. As of April 15, 2006, the output value per sq m was 18.8 yuan. It is estimated that the output value per 667 sq m of mushroom field (actual cultivation area of 400 sq m) can reach 8
-
Rice-mushroom cultivation becomes an emerging industry
The new "rice-mushroom-rice" grain-and-cash crop rotation model not only makes full use of surplus rural labor to solve the employment problem, but also uses straw returned to the field to improve soil structure and promote increased yields and income from rice and mushrooms. 1. Selection of varieties, seasons and sites: According to local climate and soil environment and other natural resource conditions, the button mushroom (Agaricus bisporus), whose growth habits are most suitable, is mainly selected. At the end of August and mid-September after the rice harvest, choose an open, sunny idle seedling field with clean surroundings, no pollution sources, relatively dry surface, close to
条件筛选