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The value of genetically modified technology should not be underestimated; scientific and technological progress drives social development
The topic of genetically modified organisms seems to have never died down in recent years. Science for Agriculture believes that genetically modified technology is just a tool, and how it is used and how much value it can deliver depends on how humans harness it. In this respect, it is...
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Detailed Explanation of Soilless Cultivation Technology for Colored Bell Peppers in Multi-Span Greenhouses
Soilless Cultivation Technology for Colored Bell Peppers in Multi-Span Greenhouses 1 Greenhouse Facilities The greenhouse for growing fruit-type sweet peppers can be either a single-span or multi-span structure. The production base's greenhouse for growing fruit-type sweet peppers is a 12-span plastic greenhouse, with a total ground area inside the greenhouse of 4860 sq m...
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Corn plastic film mulching cultivation technology: how to achieve high yield and early maturity?
High-yield and early-maturing cultivation technology for corn with plastic film mulching. Plastic film mulching corn cultivation technology has developed rapidly in various places in recent years. It has become a key technical measure for corn yield per unit area to reach a new level. In many areas it is hailed as the "food and clothing project". Special...
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New Technology for Controlling the Apple Tortrix Moth
New Technology for Controlling the Apple Tortrix Moth In August, the tower-shaped ornamental peach is in its new shoot growth period. On the tower-shaped ornamental peach in the landscaping belt of Pingyuan County, 30% of the peach tree new shoots were damaged by the apple tortrix moth (Figure 1). The apple tortrix moth...
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New technology for the prevention and control of Armillaria root rot in peach trees
New technology for the prevention and control of Armillaria root rot in peach trees 1 Symptoms of Armillaria root rot damage in peach trees The main symptom of Armillaria root rot is that the space between the cortex and the xylem is filled with a white to pale yellow mycelial layer, with the mycelium spreading outward in a fan shape; the fresh mycelial layer shows blue-green fluorescence in the dark...
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Detailed Explanation of Cultivation Technology for Red Peony (Radix Paeoniae Rubra) under Mulch with Drip Irrigation
Cultivation Technology for Red Peony under Mulch with Drip Irrigation. Red peony is a famous wild authentic medicinal herb with a long history of use and wide application in traditional Chinese medicine in China. Market demand is relatively rigid, and a considerable quantity is used for export. Red peony has a long growth cycle and requires...
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Compound Management Technology for Magnolia officinalis and Taxus wallichiana var. mairei Mixed Forest with Codonopsis pilosula
Compound Management Technology for Magnolia officinalis and Taxus wallichiana var. mairei Mixed Forest + Codonopsis pilosula 1 Analysis of Compound Management Adaptability 1.1 Main Biological Characteristics Magnolia officinalis is a deciduous tree distributed at an altitude range of 500-1,500 m, preferring a cool, moist, and well-lit environment. ...
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Detailed Explanation of Virus-Free Container Seedling Breeding Technology for Superior Citrus Varieties
Virus-Free Container Seedling Breeding Technology for Superior Citrus Varieties 1 Three-Level Virus-Free Breeding System for Superior Citrus Varieties The three-level virus-free breeding system for superior citrus varieties is the foundation of virus-free seedling breeding (Figure 1). The first level is the technical core, which renders superior variety resources from home and abroad virus-free, and establishes a virus-free superior variety preservation bank, mother tree orchard and first-level scion orchard; the second level is the second-level scion orchard, an important link in propagation; the third level comprises superior variety seedling breeding nurseries in various locations. This system is fully functional, established by levels, and exists independently, ensuring the safety of materials at each link and giving the breeding and promotion speed a three-level amplification effect; it has made innovative progress in disease detection efficiency, seedling quality, safeguard mechanisms, promotion models and other aspects, and is a model of citrus seedling breeding technology in China; at the same time, it implements standards and technical requirements such as the National Standard of the People's Republic of China "Citrus Grafted Seedlings", the agricultural industry standard "Code of Practice for Virus-Free Citrus Seedling Breeding" and "Technical Code for Virus Elimination of Citrus Seedlings".
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Green Food Cultivation Technology for Early Spring Watermelon in Greenhouses
Green Food Cultivation Technology for Early Spring Watermelon in Greenhouses 1 Production Site Selection The production area should be selected within a 5 km range with no industrial or mining areas, no urban traffic trunk lines, no "three wastes" pollution, a good ecological environment, and clean water sources. Main considerations...
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Experimental Study on Cutting Propagation Technology of Tapiscia sinensis
Experimental Study on Cutting Propagation Technology of Tapiscia sinensis 1 Materials and Methods The test material was the seeds of Tapiscia sinensis collected from the Houhe Nature Reserve in Wufeng. They were sown in March of the following year, and after seedlings grew, softwood cuttings were used for cutting propagation. 2 Results and Analysis 2.1 Seed...
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