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A Detailed Explanation of the Morphological Characteristics and Cultivation Methods of Groundcover Roses
Morphological Characteristics of Groundcover Roses and Cultivation Methods of Groundcover Roses
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Detailed Explanation of the Morphological Characteristics and Cultivation Methods of the Crape Myrtle Tree
Morphological Characteristics of the Crape Myrtle Tree and What Are Its Cultivation Methods
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Morphological Characteristics and Cultivation Techniques of Firecracker Plant
Morphological Characteristics of Firecracker Plant Cultivation Techniques of Firecracker Plant
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Morphological Characteristics and Cultivation Methods of the Conophytum burgeri Succulent
The Plant Morphology of Conophytum burgeri and How to Cultivate It
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Plant morphology and cultivation methods of the inverted golden hook
Plant morphology of the inverted golden hook Cultivation methods of the inverted golden hook
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Application and Promotion of Chemical Weed Control Technology in Chinese Fir Seedling Cultivation
Application and Promotion of Chemical Weed Control Technology in Chinese Fir Seedling Cultivation. Chinese fir belongs to the gymnosperms, family Taxodiaceae, genus Cunninghamia, and is an evergreen tree with a long cultivation history, fast growth, good timber quality, straight grain, uniform structure, resistance to warping and cracking, and excellent decay resistance and insect resistance...
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Biological Characteristics of Ornamental Bromeliads and Key Points of Cultivation and Management Techniques
Main Biological Characteristics of Ornamental Bromeliads and Main Cultivation and Management Techniques Ornamental bromeliads, also called pineapple flowers, are perennial herbaceous plants with the largest number of varieties in the current Bromeliaceae family. Among monocotyledonous plants, the Bromeliaceae family alone contains more than 50...
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Application of Integrated Water, Fertilizer and Pesticide Technology in Central-Leader Peach Tree Cultivation
Source of the project on the application of integrated water, fertilizer and pesticide technology in central-leader peach trees: Hunan Provincial Key Research and Development Program (2016NK2049). Integrated water, fertilizer and pesticide technology is a new agricultural technique that combines drip irrigation, fertilization and pesticide spraying into one. According to 2015 statistics...
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What are the characteristics of organic ecological soilless cultivation?
Characteristics of organic ecological soilless cultivation The organic ecological soilless cultivation technique has the characteristics of general soilless cultivation, such as: increasing crop yield and quality, reducing pesticide use, clean and hygienic products, saving water, fertilizer and labor, and using non-arable...
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Facility System Construction and Nutrient Management Techniques for Organic Ecological Soilless Cultivation
Facility System Construction and Nutrient Management for Organic Ecological Soilless Cultivation 1 Facility System Construction The organic ecological soilless cultivation system adopts the form of substrate trough cultivation. When finished troughs of standard specifications are not available, locally available materials can be used to build the troughs, such as wooden boards, wooden strips, bamboo poles, or even bricks. In practice, only the frame of the trough without a bottom is built, so it does not need to be particularly sturdy, as long as it can keep the substrate from scattering onto the walkway. After the trough frame is built, lay a layer of 0.1 mm thick polyethylene plastic film at the bottom of the trough to prevent soil-borne diseases and pests from spreading. The trough frame is 15-20 cm high, and the trough width depends on the different cultivated crops. For vining crops such as cucumber and melon, or tall crops like tomato that require support stakes, the standard trough width is set at 48 cm, which can accommodate two rows of crops, with a trough spacing of 0.6-1 m. For shorter crops such as lettuce, bok choy, and strawberry, the trough width can be set at 72 or 96 cm, with a trough spacing of 0.5-0.8 m. The trough length should be determined according to the structural conditions of the protected greenhouse, generally 5-30 m. Under conditions where there is tap water infrastructure or a storage tank with a water level difference of more than 1 m, an independent water supply system can be built for a single greenhouse. For a trough width of 48 cm, 1-2 drip irrigation tapes can be laid; for a trough width of 72-96 cm, 2-4 drip irrigation tapes can be laid.
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