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  • Detailed explanation of key points of high-yield and high-efficiency garlic cultivation techniques

    Cangshan garlic is one of Shandong's famous local vegetables. Its bulbs are large, the skin is thin, and the cloves are white and neat, with a pungent and rich flavor. There are mainly 3 cultivars: Puke, Cao garlic, and Gaojiaozi. Among them, Puke has relatively strong growth vigor and adaptability, is relatively cold-tolerant, and has excellent quality, with characteristics such as aroma, pungency, and stickiness, and is relatively commonly planted. The cultivation techniques are introduced as follows: 1. Deep plowing and fine preparation, scientific fertilization. The garlic root system consists of string-like fibrous roots, which are relatively fragile and have poor vitality, with 80%-90% distributed within the 15-20 cm deep plowing layer. It prefers

  • High-yield and high-efficiency cultivation technique for interplanting onions with grain and soybeans

    Interplanting onions with grain and soybeans is an effective way to achieve two harvests from one plot and raise the cropping index. It is designed, on the premise of ensuring grain production, to develop off-season vegetable production, increase returns, and achieve high yield and high efficiency. Its main cultivation points are: 1. Select improved varieties: for corn, Haidan No. 2 can be used; for soybeans, Liaodou 10 can be used; for onions, Xiongyuan No. 1. 2. Grow strong seedlings: onions are raised in autumn seedlings. Generally from August 15 to August 22. Prepare beds and apply 5000 kg of decomposed farmyard manure per mu, and diammonium phosphate

  • How to Grow American Flag Leeks? Detailed Guide to High-Efficiency Cultivation Techniques

    From 2006 to 2007, Dafeng City, Jiangsu Province introduced American Flag leeks, and through two years of cultivation achieved great success, with an average yield of 9850 kg per 667 sq m and a benefit of 8213 yuan. The introduction of this variety greatly boosted the planting benefits of vegetable farmers in the introduction area of Dafeng City and became a new highlight for vegetable farmers in Dafeng City to get rich. Over the two years, through exploration of its cultivation characteristics and cultivation techniques, a relatively practical set of cultivation techniques was summarized. The key points of its supporting cultivation techniques are introduced as follows: 1 Cultivation environment conditions

  • Key Technical Points for Integrated High-Efficiency Duck-Pig-Fish Farming

    Through integrated farming, ducks, pigs, and fish can make full and rational use of energy, achieving the goals of saving feed and attaining high yield and high efficiency. The integrated high-efficiency duck-pig-fish farming method is: 1. Select superior breeds. For ducks, Cherry Valley ducks are best; for pigs, crossbred Landrace pigs and other improved breeds; for fish, mainly silver carp, bighead carp, black carp, grass carp, etc. These breeds tolerate coarse feed and grow fast. 2. Management of duck pens, pig houses, and fish ponds. Duck pens, pig houses, and fish ponds should be concentrated and conveniently located for transport to facilitate management. Keep the

  • Detailed Explanation of High-Efficiency Seedling Techniques for Taxus wallichiana var. mairei

    Taxus wallichiana var. mairei belongs to the family Taxaceae and the genus Taxus. It is an evergreen large tree, an endangered plant worldwide, and is listed as a national first-class protected tree species. This tree species prefers a warm and humid climate and is mainly distributed in areas south of the Yangtze River basin below 1500 m in altitude. In our city, ancient trees are scattered in Liandu, Suichang, Qingtian and other places. The wood of Taxus wallichiana var. mairei has a fine texture, is lustrous and elastic, with purplish-red heartwood and strong decay resistance, making it a superior industrial timber; research has found that taxol and taxane extracted from its bark, roots and leaves have special preventive and therapeutic effects on cancer, leukemia and AIDS.

  • Detailed Explanation of the Garlic-Ginger Intercropping Model: How to Achieve High Yield and High Efficiency

    This model is suitable for irrigated land in autumn-sown garlic areas. Yield per mu: ginger 2500-3000 kg, garlic scapes 400-500 kg, garlic bulbs 800-1000 kg. Planting arrangement: make beds running east-west, bed width 1 m, plant 4 rows of garlic, intercropped with 2 rows of ginger. Garlic is planted in wide and narrow rows, with wide row spacing of 30 cm, narrow row spacing of 20 cm, and plant spacing of 6-8 cm, planting 33,000-35,000 plants per mu. The 2 rows of ginger are intercropped in the wide rows of the garlic, with row spacing of 50 cm, plant spacing of 12-15 cm

  • Detailed Explanation of High-Efficiency Supporting Production Technology for Oil Pumpkin and Rice (Part 2)

    IV. Supporting Watermelon Interplanting Technology 1. Fertilization and transplanting. Before interplanting watermelon, apply 1800-2400 kg of organic fertilizer per 667 sq m, and 50 kg of watermelon-specific fertilizer, applied into holes before planting. Interplanting is carried out in late April. After transplanting, promptly water with a 0.3% urea solution to settle the roots, so as to improve the survival rate of the watermelon seedlings. Pay special attention that the concentration of the root-settling manure water must not be too high, to prevent damage to the seedlings. 2. Vine pruning and fruit setting. For vine pruning, adopt the two-vine or three-vine system, that is, 1 main vine with 1-2 side vines, and

  • Detailed Explanation of High-Efficiency Cultivation Techniques for Softened Ginger Shoots

    Softened ginger shoots are rich in nutrients, sweet, crisp and tender, easy to store, and pollution-free. They can be harvested 40-45 days after the ginger seed is placed in the bed, and as long as temperature, humidity and ventilation are kept within a suitable range, they can be cultivated all year round. 1. Seed selection: It is advisable to choose white-fleshed ginger seeds with a high sprouting rate, plump buds, suitable size, proper color, and no pests or diseases. It is best to break the whole piece of ginger apart by the buds before sowing; each kilogram of ginger seed can produce 32 shoots. 2. Sprout promotion: Immediately dip the ginger pieces broken apart by the buds in a layer of plant ash for disinfection, then choose a sunny day to dry them in the sun for 1-2 days,

  • For high yield and high efficiency in edible mushrooms, balanced nutrition is key

    High yield and high efficiency in edible mushroom cultivation is the urgent wish of the broad community of mushroom growers, and also a research topic for edible mushroom scientists and technicians. However, since the 1990s, the cultivation yields of most mushroom growers have stagnated, resulting in little increase in production benefits. Taking the oyster mushroom (Pleurotus ostreatus) as an example, for many years it has still followed the production model of the 1990s or even the 1980s, with cultivation and management lasting 3 to 5 months, and the total biological efficiency remaining at around 100%, sometimes even below 80%. With such a long management period and such a low yield level

  • Detailed Explanation of High-Light-Efficiency Tree Shape Renovation Techniques for Kernel Apricot

    In regions where kernel apricots are cultivated, we found that due to the influence of traditional habits, most fruit growers either do not prune or prune unreasonably. Each tree has an average of 8 to 10 large branches, the tree shape is chaotic, the proportion of complete flowers is low, the fruiting zone moves outward, the canopy is closed and shaded, and the small fruit-bearing branches in the lower part die prematurely due to shading, resulting in late fruiting, low yield and poor quality of kernel apricots. Therefore, high-light-efficiency tree shape renovation must be carried out to improve quality and efficiency. High-light-efficiency tree structure for kernel apricots After several years of exploration and practice, we believe that the high-light-efficiency tree shape for apricot should be