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Detailed Explanation of High-Yield Cultivation Technology for Agaricus bisporus in Mushroom House Shelf System
For several years, the author has been exploring high-yield cultivation technology for Agaricus bisporus (button mushroom) in mushroom house shelf systems and has gained some successful experience. The relevant techniques are summarized below for reference by peers. 1 Mushroom house and shelf structure The mushroom house is 19.6 m long from east to west, 9 m wide from north to south, with front and rear walls 2.5 m high and gable walls 3.5 m high. The walls are built with bricks and lime mortar. The outside is pointed with cement; the inside is first coated with lime mortar and then brushed with lime mortar. The front and rear walls have 4 ventilation windows of 25 cm x 20 cm each, arranged in upper and lower rows facing the aisle, with the first ventilation window 20 cm above the ground. The front
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Four-spored mushroom cultivation in summer is difficult, but mastering the techniques brings high returns
Summer cultivation of the four-spored mushroom (Agaricus bisporus) is more difficult than that of the common button mushroom. If cultivation techniques are careless, or if the temperature during the fruiting period is too high or too low, failure will result. The high-yield secrets for summer cultivation of the four-spored mushroom are described below: 1. Plant early at the right time. Planting too early means low temperatures in the early stage, which is unfavorable for the growth of summer mushroom mycelium; planting too late means that timely feeding for the autumn mushroom will shorten the harvesting period of the summer mushroom. Therefore, after cleaning the spring mushroom growing room in late April, the summer mushroom compost can be pre-wetted and stacked. 2. Compost fermentation. 1. Compost formula (calculated for 110 sq m). Rice straw 2000 kg, gypsum 7
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Pollution-free high-efficiency cultivation technology for "rice - mushroom"
In 2002, the Bazhou District Agricultural Technology Station demonstrated and promoted the "rice - mushroom" high-quality and high-efficiency cultivation model in more than 20 townships including Enyang and Huacheng, obtaining a per-mu (1 mu = 1/15 hectare, the same below) output value of 7148.56 yuan, an increase of 6297.56 yuan per mu compared with the wheat-rice double cropping system, a 7.4-fold increase. Practice shows that this model has the characteristics of increasing rice yield, improving soil fertility, high mushroom yield, tender texture and delicious taste, and simple operation. It is also a good way for farmers to generate tax revenue, increase income, and get rich quickly. I.
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Red-leaf cherry blossom is a colorful-leaf landscape tree species with high ornamental value.
Red-leaf cherry blossom: a variety of the magnificent cherry blossom (Prunus serrulata), a deciduous small tree with large pink double flowers. Its leaves are purple-red for three seasons: in early spring the emerging leaves are deep red, from May to July they are bright red, then the older leaves gradually turn deep purple, and in late autumn when frost comes the leaves turn orange-red. The cherry blossom is a famous flowering tree; the red-leaf cherry blossom offers both flowers and foliage to admire, making it a precious ornamental colorful-leaf tree species for landscape gardens and urban greening, and also the most promising tree species to recommend first.
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High-yield cultivation technique for three successive crops intercropped in jujube orchards
The jujube tree (Ziziphus jujuba) has relatively strong growth adaptability and is a tree species that prefers warmth and light. When the spring temperature reaches 13-15°C, it begins to sprout branches; when the monthly average temperature is above 17°C, flower buds begin to differentiate; when it is above 2O°C, it flowers; the suitable temperature for fruit ripening is 18-22°C; when the temperature drops to 15°C, it begins to shed leaves. Because of its characteristics of late sprouting, early leaf fall, and little shading, it is suitable for intercropping with grain, cotton, and vegetables, and the economic benefits are very considerable. The following introduces the high-yield technique for interplanting three successive crops in one year in a jujube orchard. 1. Key points of jujube cultivation techniques
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Detailed introduction to cold-hardy, high-quality pear varieties, suitable for planting in cold regions
Introduction to cold-hardy, high-quality pear varieties. Hongnanguo Pear: bred by the Fushun Academy of Agricultural Sciences, large fruit, average fruit weight 110 g, maximum 429.5 g, sugar content 14-16%, acid content 0.367%. Strong aroma, sweet and sour, tasty. Tolerates low temperatures of -33°C to -35°C, most suitable for cultivation on sloping land. Hongjinqiu: bred by the Mudanjiang Institute of Agricultural Sciences of Heilongjiang Province, average fruit weight 242 g, sugar content 16%, acid content 0.74%, suitable for fresh eating and frozen storage. Tolerates low temperatures of -35°C
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Key Technical Points for Pollution-Free, High-Yield Potato Cultivation
In recent years, with the adjustment of the agricultural planting structure and the development of high-yield, high-quality, high-efficiency agriculture, the potato planting area in our city has continued to increase. For this reason, the author and researchers from the Laiwu City Institute of Agricultural Sciences conducted research on pollution-free, high-yield, high-efficiency model cultivation techniques for potatoes, summarized pollution-free spring planting and autumn delayed cultivation techniques for potatoes, and successfully achieved a bumper harvest in pollution-free spring planting and autumn delayed cultivation of potatoes. The yield and efficiency increases were significant. The main techniques are summarized as follows. 1. Overview of the experimental site: Fengcheng Subdistrict, Laiwu City, Shandong Province, is an important pollution-free potato production base in central Shandong.
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How to grow potatoes with hotbed seedling raising and transplanting for high-yield cultivation?
Using the "plastic hotbed seedling raising and transplanting potato high-yield cultivation measures", the yield per plant generally reaches 1.8 kg, with a maximum of 3 kg, and the yield per mu can reach 5000-7000 kg. The specific measures are as follows: 1. Careful selection and treatment of seed potatoes. Select large potatoes with regular shape, free of pests and diseases, and free of frost damage as seed. The seed potatoes are taken out of the cellar on March 10-13, placed on the normal-temperature ground of a greenhouse for 6-9 days in spring, and cut into seed pieces when white dots appear at the buds. Each potato piece weighs about 30 g, and generally 36-40 pieces are cut per kg of seed potatoes.
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Detailed Explanation of Super-High-Yield Cultivation Techniques for Shengtai No. 1 Rice
Shengtai No. 1 is a super-high-yield, disease-resistant new variety bred by the Rice Research Institute of the Guangdong Academy of Agricultural Sciences. It passed crop variety approval in Guangdong Province and Shaanxi Province, and received the first-ever subsidy from the Ministry of Agriculture of the People's Republic of China for high-quality and special-purpose new varieties of major crops. When cultivated in Jieyang City, its full growth period is about 132 days for the early crop and about 122 days for the late crop, belonging to the medium-late maturity type suitable for both early and late seasons. Its stem and leaf morphology is coordinated and rational, with a well-developed deep root system, medium-strong tillering ability, good fertilizer tolerance and lodging resistance, suitable for planting in areas with medium or higher fertility, with obvious yield-increasing effects. The panicles are large and long, with dense grain setting, and the panicle-grain structure
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High economic returns from raising adult crabs as a supplementary crop in fingerling ponds
Raising adult crabs as a supplementary crop in fingerling ponds, relying on high density for success, practicing ecological farming, and replacing concentrated feed with coarse feed, is a new low-input, high-output farming model that the author has summarized from years of practice. Last year, in a pond of two mu, the author invested a total of 1,000 yuan in fingerling costs and feed costs. The result was an output of 70,000 "huopian" fingerlings worth 3,000 yuan, 20,000 one-year-old fingerlings worth 4,000 yuan, and 40 kg of adult crabs worth 1,000 yuan, for a total output value of 8,000 yuan. After deducting costs, the per-mu
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