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How to grow Malus micromalus 'Xifu': cultivation methods and precautions / plenty of light
Malus micromalus 'Xifu' is a common ornamental tree species, and it can be seen in many regions of our country, but growing it well is not easy, and there are many points to pay attention to. As for how to grow Malus micromalus 'Xifu'? What are the cultivation methods and precautions for Malus micromalus 'Xifu'? Below, the editor takes everyone to learn about it
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How to propagate Malus micromalus? Detailed explanation of seed sowing, division and grafting methods
Malus micromalus is an ornamental flowering plant with high ornamental value, and many people in various provinces of China grow it. As more people grow it, questions about its propagation have also drawn people's attention. How to propagate Malus micromalus? What are the propagation methods of Malus micromalus?
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How to make the roots of the Ginseng Ficus (Ficus microcarpa) swell: sowing is the key
As an ornamental plant, the Ginseng Ficus is kept in many gardeners' homes. The beauty of the Ginseng Ficus lies mainly in its well-developed roots; looking at those roots that emerge from the soil layer and look like ginseng is truly so much fun. To make the Ginseng Ficus look even more interesting, many gardeners hope its roots will be a bit bigger.
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Black Tide Survey: Microplastics Found in Seas Around All of Taiwan! Everyday Plastics Dominate, with the Bajhang River, Houjin River and the Northeast Coast Most Affected
Black Tide Survey: Microplastics Found in Seas Around All of Taiwan! Everyday Plastics Dominate, with the Bajhang River, Houjin River and the Northeast Coast Most Affected
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Key Techniques for Large-Bag Bed-Free Three-Dimensional Cultivation of Pholiota microspora (Nameko Mushroom)
Harvesting: When the mushrooms reach 70-80% maturity, that is, when the veil membrane of the cap has not yet stretched, they can be harvested. When harvesting, hold the substrate surface with one hand and gently twist off the mushroom cluster with the other, so as to avoid pulling up large chunks of substrate. After each flush is harvested, tidy the substrate surface and withhold water for 5-7 days before managing the next flush. Advantages of this cultivation model: it saves the wooden poles needed to build racks. No need to thread curtains or build racks, saving resources and reducing labor intensity; high-altitude work is changed to low-altitude work, making it easier to operate. Moisture in the substrate is easy to maintain, and during fruiting
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Key Technical Points for Mechanized Micro-Pot Seedling Raising of Cotton
Traditional nutrient pot seedling raising methods have drawbacks such as high labor demand, complex seedbed management and high labor intensity during transplanting. The mechanized micro-pot seedling raising technology for cotton, developed by the Institute of Industrial Crops of the Jiangsu Academy of Agricultural Sciences and the Jiangsu Agricultural Technology Extension Center, breaks through the long-standing traditional model of cotton seedling raising relying on manual work and achieves the goal of saving labor and effort in cotton seedling raising. At present, the mechanized micro-pot seedling raising technology is at the experimental demonstration stage and has not yet been promoted and applied on a large scale, and farmers do not sufficiently understand and master the technology. For this reason, our newspaper's reporter interviewed Associate Researcher Zhang Peitong, a cotton cultivation research expert at the Institute of Industrial Crops of the Jiangsu Academy of Agricultural Sciences, about the advantages and disadvantages and detailed technical procedures of mechanized micro-pot seedling raising.
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Yellow Catfish Polyculture Technology: Efficient Micro-net Cage Farming Method
Setting up micro-net cages in ponds used for farming other aquatic species to raise yellow catfish is a high-yield farming method that increases water surface utilization, featuring simple operation, low investment, easy rearing, fast growth and high returns. 1 Net cage setup The net cage is sewn from polyethylene netting, 2 m long, 2 m wide and 1.2 m high, with a mesh size of 0.5-1 cm. The cage uses a closed stretcher floating-fixed type, with a 9-mesh net cloth as a cushion layer at the bottom, the cushion layer edge being 20 cm high, to reduce feed loss; the upper part of the cage rises 30 cm above the water surface
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Micro-management methods for intensive pig farming
Micro-level precision means haggling over every penny when bargaining, being meticulous in work, never letting go of any detail, and not allowing any negligence anywhere. Every task has details that are easily overlooked. Pay attention to them, guard against them, and our business will surely succeed. Below are the specific details in the pig farming process: (1) Feed. Feed costs account for more than 70% of pig farming costs, and there are many overlooked aspects of feed. Setting aside bargaining in business operations, here they are listed from a technical perspective.
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Applying microbial fertilizer to garlic at the seedling stage gives remarkable results
Jinxiang County in Shandong Province is the nationally famous "hometown of garlic." In Jinxiang, the year-round garlic planting area exceeds 33,000 hectares, ranking first among all counties (cities) and districts in China, and it is known as the "Chinese garlic capital." Thanks to the superior local natural conditions, the average garlic yield per 667 sq m reaches more than 1,200 kg, with the highest reaching 3,000 kg. Jinxiang garlic accounts for 70% of China's total garlic exports, and there is a saying that "to see the world's garlic, look to China; to see China's garlic, look to Jinxiang." The people of Jinxiang have also relied on growing gar
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High-Quality, High-Yield Techniques for Bag-Cultivated Oyster Mushrooms: Micro-Pore Spawn Running and Seepage Irrigation for Fruiting
During the spawn-running stage of bag-cultivated oyster mushrooms, problems commonly arise such as inconsistent mycelial growth rates within the bags, an excessively long spawn-running period, a high contamination rate, the mushroom wall being somewhat too tall and prone to toppling during the fruiting stage, and severe water loss from the bags after the second flush making rehydration difficult, all of which seriously affect yield and quality. In recent years, new techniques of micro-pore spawn running and seepage irrigation for fruiting in oyster mushroom cultivation have been successfully developed in production, effectively solving the above problems. Micro-pore spawn running. The selection of the substrate, ingredient mixing, blending and fermentation are the same as conventional methods; the difference is that before bagging, a sewing machine is used to prick three rows of needle holes on the top of the substrate cylinder, serving as micro-pore channels to supply air during the mycelial growth period.
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