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A Complete Analysis of Garlic Winter Storage Methods and Preservation Techniques
Garlic bulbs can be stored before the surface soil freezes by digging a storage trench in a shaded spot on higher ground, with a depth of 50-60 cm and a width of 60-70 cm; the trench length can be determined by the amount to be stored. Begin placing them into the trench for storage when the local temperature drops to 1-2°C. 2-3 days before storage, dry the garlic bulbs thoroughly to reduce their moisture content. When burying them, raise the bottom of the trench by 5-10 cm with bricks or wooden sticks, then pile the garlic bulbs on top, stacking until they are 15-20 cm from the ground surface. Above the garlic bulbs, build a shelter with wooden sticks, straw curtains, and the like, and around
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Key Points of Garlic Storage Technology and Detailed Explanation of Preservation Methods
Garlic, also known as suan or husuan, is a cultivated species in the genus Allium of the Liliaceae family, in which bulbils form the bulb. Garlic originated in southern Europe and Central Asia, and was first cultivated in the ancient Mediterranean coastal countries such as ancient Egypt, ancient Rome and ancient Greece, where it was used only as medicine at the time. In 113 BC, Zhang Qian introduced it from the Western Regions to the Guanzhong area of Shaanxi, China, after which it spread throughout the country; in the 9th century it was introduced to Japan, in the early 16th century it expanded to Africa and South America, and in the late 18th century cultivation began in North America. It is now found all over the world. Garlic has high nutritional value, a unique flavor, and a sticky, pungent
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Detailed Garlic Cultivation Techniques: Management Methods from Sowing to Harvest
1. Land preparation: Choose fertile soil with good sunlight and a thick soil layer, plow deep and harrow level, then open furrows for fertilizer. The fertilizer furrow is 35 cm wide, 30 cm deep, with a row spacing of 50 cm. Apply 4 cubic meters of high-quality farmyard manure and 80 kg of quick-acting nitrogen-phosphorus-potassium compound fertilizer per mu. Apply the fertilizer in the furrows, mix thoroughly with soil, and fill level. 2. Sowing: Giant garlic has a longer growth cycle than ordinary garlic and needs early planting and late harvest. Open a sowing furrow 6 cm deep in the middle of the fertilizer furrow, irrigate, then sow, placing one garlic clove per hole, with a plant spacing of 30 cm. After sowing, cover with soil and level the furrow.
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Garlic Cultivation Techniques: Detailed Explanation of Seed Selection Methods and Sowing Key Points
1. Seed Selection Garlic is propagated by cloves. For cultivating garlic sprouts in the Changsha area, early-maturing purple-skin garlic should be chosen, using medium-sized bulbs as seed. Seed cloves must undergo strict "two selections and one sorting," meaning when purchasing seed garlic bulbs, one should select bulbs with the morphological characteristics of the variety, that is, uniform in size and scale color, plump and full in appearance, relatively dry, with no "sprouting garlic" on the bulb. Before sowing, clove selection should be carried out: break open the bulb, remove those with damaged sprout tips or rotten cloves, yellow cloves, and bare cloves, and select complete, medium-sized, flat garlic
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How to control shortawn foxtail in garlic fields? Detailed control methods
During the garlic growing season, grass weeds such as shortawn foxtail (Alopecurus aequalis) in the field can be controlled with herbicides such as quizalofop-p-ethyl, haloxyfop-R-methyl, and clethodim. Apply the herbicide early, when the weeds in the field have basically all emerged and are at the 2-4 leaf stage; when the weeds are older, appropriately increase the application rate. In addition, when quizalofop-p-ethyl is used at temperatures below 10°C, its control effect on weeds drops noticeably, so apply it when the temperature is high if possible. Clethodim also has a relatively good control effect on weeds when used at lower temperatures, and since the temperature has been low recently, this herbicide can be given priority.
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Detailed Explanation of Processing Methods and Technical Points for Allicin
Allicin is a volatile oily substance extracted from the spherical bulbs of garlic, a mixture of diallyl trisulfide, diallyl disulfide, and methyl allyl disulfide, among others. The trisulfide has a strong inhibitory and killing effect on pathogenic microorganisms, and the disulfide also has certain antibacterial and bactericidal effects. 1. Material preparation. Select mature, dry garlic heads free from insect damage and mildew, remove the stems, separate the cloves, peel off the inner skin, rinse with clean water, and remove impurities and substandard garlic cloves. 2. Crushing and drying. Use a grinder to crush the garlic
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Rational Application Methods and Key Points for Using Allicin
Although allicin has very good effects, it must still be used rationally, and the dosage must not be blindly increased, so as to avoid waste or even adverse effects. Huang Xingguo et al. conducted a preliminary study on the application effect of allicin in rice field eel farming, and the results found that due to different doses of allicin added at different feeding stages, the survival rate and disease prevention and control effects differed: in the feeding stage without added allicin, after 1 month of feeding, the survival rate was 89%, and the main causes of death were red-skin disease and enteritis; when 200mg/kg and 40
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What are the processing methods for garlic feed additives?
I. The role of garlic in livestock and poultry production 1. Adding peeled and chopped raw garlic to broiler chicken feed at a ratio of 3%-5% can not only increase the appetite of broiler chickens, improve chicken meat quality, and make the chicken meat aroma richer, but also significantly increase the daily weight gain of broilers. Adding 0.2% dried garlic powder to chick feed can increase the survival rate of chicks by 5.8%-15.6%; adding 2% garlic premix to the diet of laying hens can increase the egg production rate by 98%; adding 2% to the diet of meat-type and breeding chickens
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Processing Flow and Operating Methods for Making Vinegar from Sweet Potato
1. Process flow: raw material treatment -- adding bran koji and yeast culture -- saccharification and fermentation -- acetic acid fermentation -- adding salt and post-ripening -- leaching vinegar -- aging -- sterilization and blending -- finished product. 2. Key points of process operation: ① Ingredients: 100 kg dried sweet potato, 50 kg coarse rice husk (rice chaff), 40 kg yeast culture, 175 kg fine rice husk (unified rice husk), 50 kg bran koji, 40 kg acetic acid bacteria seed, 3.75-7.5 kg salt. ② Raw material treatment: grind the dried sweet potato into powder. When mixing with the unified rice husk, while mixing
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A Detailed Explanation of 8 Advanced Rice Transplanting Methods
1. Improved intensive cultivation: Transplant young seedlings early at the 3-leaf to 4-leaf 1-heart stage. Fields with a good water source should be planted early, while fields with a poor water source can be planted slightly later. Both dry-raised seedlings and water-raised seedlings are suitable, but in all cases sufficient basal fertilizer should be applied, the soil should be deeply plowed and harrowed level, strong seedlings should be selected as much as possible, and transplanting should be done in shallow water; both row spacing and hill spacing are 1 chi 3 cun, with three single plants per hill spaced 3 cun apart in a triangular arrangement. This transplanting method has density within sparseness and sparseness within density, reducing competition among plants for nutrients and sunlight to the greatest extent, which is beneficial to the individual development of the plants and can therefore greatly increase yield. It is the most advocated transplanting method today.
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