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Detailed Explanation of Garlic Processing Technology, Methods and Steps Easy to Understand
Garlic is also known as suan, husuan, and in ancient times was called hu. It is a cultivated species in the genus Allium of the Liliaceae family, in which bulbils form the bulb. Garlic has high nutritional value. Its flavor is unique, with color, aroma, taste, and texture all present, and it can satisfy people's dietary desires on multiple levels. The garlic bulb is white and pungent, with a sticky, spicy, and rich aroma, shaped like pearl white jade, with a strong lingering effect. Garlic scapes are tender and mildly sweet, with green and white alternating, crisp and tasty. Garlic sprouts are green and delicious, with a pungent and spicy flavor and an overwhelming garlic aroma, refreshing and appetizing. There are many ways to eat garlic: it can be eaten raw, mixed in salads, stir-fried, and can also be used as a seasoning. It can also be processed into many kinds of food.
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Detailed Guide to Simple Garlic Storage Methods, Save for Later Use
The key to garlic storage is creating suitable environmental conditions for dormancy, inhibiting sprouting and rot. The ideal environmental conditions for garlic storage are: low temperature, low humidity, and ventilation. The most suitable temperature is around 0°C, and the relative humidity is 70-80%. Its simple fresh storage requires no special complex process equipment, and even more so no fixed storage location; it adapts to local conditions, uses local materials, has a simple process, and is low in cost. The storage time can reach 7-8 months. Storage methods include hanging storage, rack storage, and cellar storage. 1. Hanging storage: after harvest
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Detailed Explanation of Key Points for Garlic Mite Pest Control Techniques
Through observation and research, three species of mite pests damaging garlic and their basic morphological characteristics, biological traits, and damage symptoms were preliminarily identified, and effective control methods were proposed. (1) Root mite: widely distributed, fast reproducing, and severely damaging; it is a dangerous pest of garlic both in the field and during storage. Adult mites are 0.58-0.81 mm long, broadly oval, pear-like in shape, white on the surface, smooth and shiny, with 4 pairs of short and thick legs. Eggs are oval, 0.2 mm long, milky white, and relatively transparent. They overwinter as adult mites and nymphs in garlic plants or in the soil, and can also overwinter as eggs inside garlic bulbs. Adult mites lay eggs in the depressions at the base of garlic bulbs, mostly singly or in small numbers, with each female mite laying about 600 eggs. They generally reproduce 1 generation every 20-30 days. The suitable development temperature is 20-25°C. They are prone to occurring in acidic sandy soil rich in organic matter. Adult mites and nymphs bore into and feed on the bulbs of garlic plants, causing the damaged bulbs to rot and smell foul, and the aboveground parts to wither and die. When stored garlic heads are damaged, they also rot and smell foul or dry out into empty shells.
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Detailed Explanation of High-Quality and High-Yield Cultivation Techniques for Jinshan Smoked Garlic
Jinshan Smoked Garlic is a local specialty of Kaiping City, Guangdong, and is a representative variety of garlic in central Guangdong. It is one of the main winter crops in the region and is sold in Southeast Asian countries, Hong Kong, China, Macao, China and the Pearl River Delta region. According to records, Jinshan Smoked Garlic has a history of more than 200 years, and is mainly cultivated in the areas of Shagang, Jinshan, Longtang, Changjiang, Shuikou, Siqian and Xinwu. Because the garlic heads are smoked after being dried in the field at harvest, the skin of the garlic heads turns brown-black, hence the name "smoked garlic." And because its production area is in the Jinshan area and it was exported in large quantities from Jinshan Wharf in the early days, it is called "Jinshan Smoked Garlic."
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Detailed Explanation of Key Points for High-Yield Cultivation Techniques of Bolting Garlic
Bolting garlic is grown for the purpose of producing garlic scapes and garlic bulbs as vegetables, and it holds relatively high value in vegetable cultivation. Its high-yield cultivation techniques are described as follows: 1. Land preparation and fertilization: Bolting garlic is suitable for planting in loose, fertile sandy loam or loose-textured plots. During land preparation, deep plowing and fine harrowing should be carried out to achieve depth, fineness, thoroughness, firmness and levelness. Garlic has a high fertilizer demand, and heavy fertilization is the foundation for high yield. Generally, per 667 sq m (1 mu), apply 4000-5000 kg of fully decomposed organic fertilizer, 50 kg of diammonium phosphate, 30 kg of potassium sulfate, 3 kg of iron fertilizer,
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Feeding chickens garlic-chili powder can increase egg production
Slice garlic, sun-dry and grind it, then mix it with dried chili powder at a 1:1 ratio to make garlic-chili powder. The daily ration formula for laying hens is: corn 66%, wheat bran 10%, soybean cake 10%, fish meal 6%, eggshell powder 2%, bone meal 1%, shell powder 4.6%, salt 0.4%. On this basis, add 1% garlic-chili powder to make a dry powder feed and feed it 3 times a day. It not only has antibacterial, deworming and stomach-strengthening effects and helps raise the laying rate, but can also deepen the yolk color and improve marketability.
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Garlic-sugar liquid can be used as feed for broiler chickens
Currently, among the many poultry feed additives, antibacterial drugs and hormones account for a relatively large proportion. Long-term feeding of such additives not only leads to excessive drug residues in poultry meat and eggs, affecting the export qualification rate of products, but also harms people's health. Therefore, developing feed additives with no toxic side effects has become an issue that should be given attention in current broiler production. Garlic-sugar liquid is a green food feed additive with no toxic side effects, made by mixing mashed garlic with sugar solution in a certain proportion. It has strong palatability, can inhibit
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Ginger, garlic and vinegar are the three great treasures for treating pig diseases
If a pig has an external injury, peel fresh ginger, wash it clean and mash it into a paste, then apply it to the wound to stop the bleeding. Replace the ginger paste once every 1 day, and after 1 week the pig's wound can heal completely. Take two heads of garlic, peel them and mash them into a paste, mix with 0.2 kg of water and pour it into the pig's stomach; this can disinfect and sterilize, and for piglets the amount can be halved as appropriate. Soak 100 grams of garlic and 50 milliliters of alcohol for one week, then take 10-20 milliliters of the liquid and administer it to the pig by drenching; this can treat gastrointestinal disorders in pigs. For every square meter of space, dilute 10 milliliters of vinegar with 1 times its amount of water, place it in a container and heat it to evaporate,
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Method for treating piglet white scours with garlic stalk infusion
Wash the garlic stalks clean, put them in water to soak, and when the water turns tea-colored, mix it into the feed to feed lactating sows, 4 times a day; at the same time, give each piglet 5-10 milliliters by drench daily, which can prevent or treat piglet white scours.
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How to Grow Single-Clove Garlic? Detailed Explanation of Key Points in Single-Clove Garlic Cultivation Techniques
In recent years, single-clove garlic has become highly favored by consumers for its round, neat appearance and convenience in eating, and its market price is very good. However, in normal garlic cultivation, the goal is usually to minimize the occurrence of single-clove garlic, so it is difficult to produce high-quality, high-yield single-clove garlic. Vegetable expert Chang Wei explains that production practice has proven that late sowing is the main cause of single-clove garlic formation. In addition, early-maturing varieties, small cloves, poor soil, insufficient base fertilizer, drought and water shortage, severe weed infestation, excessive density, too few leaves, and failure to meet the temperature and light conditions required for clove bud differentiation can all lead to
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