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June Snow Cuiguan Pear Seedling Prices, Producing Areas, How Many Years Until Fruiting, and Development Prospects
Cuiguan pear is a honey pear, also known as June Snow. Its skin is thin and fine, its flesh crisp and juicy, its flavor rich, fresh and tender, with abundant juice and sweet taste. It reaches the market 2 to 3 months earlier than northern Ya pears and Dangshan crisp pears. So how much does a Cuiguan pear seedling cost? How many years until it bears fruit? What are its producing areas? What are its development prospects?
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Flower Cultivation Techniques: Special Water Requirements Affect Flower Growth and Development
Water is an important raw material for photosynthesis in flowers. Nutrients in the soil can only be absorbed and utilized by flowers when dissolved in water; flowers rely on transpiration from their leaf surfaces to regulate their own temperature, which is also mainly the effect of water. Therefore, without water, flowers cannot survive.
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Huge development potential for medicinal herb cultivation in rural areas
Bletilla striata Bletilla striata is a plant of the genus Bletilla in the orchid family (Orchidaceae), also known as Lianjicao, Gangen, Baigei, Zhulan, Zilan, etc. It is a common...
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Growing dragon fruit has its tricks, and it is well suited to being developed as a rural project
Dragon fruit is a climbing succulent plant. The fruit is oblong or ovate, with red skin, fleshy, bearing ovate scales with sharply pointed tips, and the flesh inside is like...
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Soybean Molecular Breeding Technology Successfully Developed by South Korea
The Agricultural Biotechnology Research Institute of South Korea's Rural Development Administration recently succeeded in developing a soybean molecular breeding technology, which means that South Korea's mass production of organic soybeans containing anti-cancer components will become a reality. South Korea's technology for regenerating soybean plants through tissue culture is not very advanced, so trait-transformed soybeans are mainly imported from the United States. The Rural Development Administration revealed that molecular breeding technology is called third-generation genetic engineering technology; using this technology, soybeans with higher added value can be produced, which is important for increasing farmers' income
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What to Do When Clivia Leaves Turn Yellow, Develop Spots, and Grow Unevenly
Clivia is very common, but many people run into a lot of problems when growing it. During cultivation, the leaves can turn yellow, develop spots, look as unsightly as can be, and even grow unevenly. So what should be done?
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What to Do When Orchid Leaves Turn Yellow, Wither, Develop Disease Spots, and Roots Rot
When it comes to the orchid, this is a plant that many people absolutely adore. Just hearing the name conjures up elegance, but keeping an orchid thriving is no easy task. Let's take a look at why orchid leaves turn yellow, wither, and roots rot. What to do when orchid leaves develop spots: Why leaves turn yellow
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Hangzhi No.1, a new sesame variety, is the only variety in China developed through spaceflight technology.
Variety origin: "Hangzhi No.1" originated from the key project "Ninth Five-Year Plan Crop Spaceflight Technology Breeding" supported by the Ministry of Agriculture. In 1996, parent sesame seeds provided by the Oil Crops Research Institute of the Chinese Academy of Agricultural Sciences were carried aboard China's 17th recoverable satellite, stayed in space for 15 days and then returned to Earth. Since 1997, continuous multi-year ground selection was carried out. Through comparative trials on genetic stability, yield, quality and resistance, it was significantly superior to the control. From 2001 to 2002, it was advanced to the national sesame
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Soybean molecular breeding technology successfully developed by South Korea
The Agricultural Biotechnology Research Institute of South Korea's Rural Development Administration recently successfully developed a soybean molecular breeding technology, which means that South Korea's mass production of organic soybeans containing anti-cancer components will become a reality. South Korea's regeneration technology for soybean plant bodies through tissue culture is not well developed, so trait-transformed soybeans are mainly imported from the United States. The Rural Development Administration revealed that molecular breeding technology is called third-generation genetic engineering technology. Using this technology, soybeans with higher added value can be produced, which is of great significance for increasing farmers' income.
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How can the new functional components of soybeans be developed and utilized?
China is the homeland of soybeans, and over the long course of history, "soybeans have nurtured the Chinese nation." Modern science has discovered that the functional components of soybeans that nurtured the Chinese nation are mainly found in soybean meal. High-temperature soybean meal is the highest-yield product of the soybean oil processing industry. Whether the effective components in high-temperature soybean meal can be extracted is key to revitalizing China's soybean oil processing industry. The National Soybean Deep Processing Technology Research and Promotion Center invented a process using high-temperature soybean meal as raw material to continuously extract high-purity soybean oligopeptides, soybean isoflavones,
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