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Detailed Processing Technology of Fried Lamb Meatballs
In winter, it is the peak season for residents in northern China to consume lamb, especially households in Shanxi, Inner Mongolia and other places, where people have the habit of eating a whole lamb in winter. Lamb can be eaten in many ways, among which lamb meatballs are one of the favorites of ordinary families, but lamb meatballs are generally made in large batches by big enterprises, while small and medium-sized enterprises make few, and ordinary households make even fewer. Lamb on the market is generally expensive now, and the production cost of pure lamb meatballs is high. Here we introduce a lamb meatball production process that uses lamb as the main ingredient and chicken as a supplement. Because chicken protein content
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Detailed Explanation of the Processing Technology of Taiyuan Liuweizhai Smoked Chicken
Liuweizhai smoked chicken is one of the famous cooked poultry products of Taiyuan City, Shanxi. Ingredients and formula: 100 kg dressed chicken, 3 kg salt, 2 kg scallions, 400 g garlic, 400 g ginger, 100 g Sichuan pepper, 80 g fennel; put the spices into a cloth bag for use. Production method: 1. Material selection: use cockerels of the current year or spent hens 1-2 years old. After slaughtering, de-feathering, opening the cavity and removing the internal organs, soak in clean water for 1-2 hours to remove blood stains. 2. Shaping: break the legs of the dressed chicken with a wooden stick, and use scissors to cut the soft
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Detailed Explanation of the Processing Technology for Canned Silver Carp in Tomato Sauce
I. Process Flow: Raw Material Inspection --- Raw Material Processing --- Salting --- Flour Mixing --- Frying --- Adding Tomato Sauce --- Filling Cans --- Sealing Cans --- Sterilization --- Incubation Test --- Packaging --- Finished Product. II. Key Operating Points. 1. Raw Material Inspection. (1) Use fresh (iced) or well-frozen silver carp (Hypophthalmichthys molitrix), with the fish body intact, normal odor, clean eyeballs, bright cornea, bright red gills, firm and elastic muscle, and tight connection between bone and flesh. (2) Raw fish weighing over 1000 g per fish.
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No-till potato cultivation technology vigorously promoted in Guangxi
The regional on-site meeting for winter potato industry development was held in Luchuan County. Participants visited the no-till cultivation demonstration site for winter potato with rice straw mulching in Luchuan County, and listened to introductions of typical experiences from units such as Luchuan, Pingnan, Qinbei, Wuming and Inner Mongolia Hulunbuir Hesheng Potato Industry Company. The meeting proposed that in 2007 the winter-planted potato area in our region strive to reach 130,000 hectares, with a total output of 3.2 million tons; demonstrate and promote a batch of new high-quality, high-yield potato varieties, strive for a certified seed coverage rate of over 95%, and promote the application of virus-free
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Key Points of High-Ridge Double-Row Potato Cultivation Technology
High-ridge double-row potato cultivation refers to a planting method using wide and narrow rows, where soil from the wide rows is hilled onto the narrow rows, forming raised beds that stand more than 25cm above the ground. Trials have confirmed that potatoes grown on ridges and beds have the advantages of earlier emergence, a higher proportion of large and medium tubers, and higher yields; ridge-bed cultivation increases yield by 19.1% compared with flat-bed cultivation. The specific cultivation techniques are as follows: 1. Fine seedbed preparation. Potato is a shallow-rooted crop. After the tubers are planted and before emergence, the better the root system develops in the soil, the stronger the plant growth after the seedlings emerge.
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No-till potato planting technology succeeds in trial planting in Yulin Village, Funing
The author saw in the fields of the Yulin Village group, Naping Village Committee, Xinhua Town, Funing County, that the 50-mu no-till potato planting trial demonstration plot was growing vigorously. According to yield measurements by technicians from the county agricultural technology extension center, the average yield per mu reached 1543 kg, and the trial planting of no-till potato planting technology in Funing was successful. No-till potato cultivation technology refers to a cost-saving, light, simple, high-yield and efficient cultivation technology in which, after the previous crop is harvested, without plowing or harrowing, seed potatoes are placed directly on the soil surface, fully covered with farmyard manure or fine soil, while chemical fertilizer is applied between two rows of seed potatoes, and then covered with rice straw and other materials, with appropriate fertilization and
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Detailed Explanation of Agaricus bisporus Cultivation Technology in Rice Fields
Cultivating Agaricus bisporus in rice fields is a "rice-mushroom-rice" cropping model in which, after the rice harvest, compost is spread directly on the rice field for spawning and casing soil cultivation to produce mushrooms. After the rice is harvested, the rice straw is dried on site, composted and fermented on site to make the growing substrate, and cultivated on site, with management provided by grass curtains, small plastic tunnel shelters, or plastic greenhouses, eliminating the need to build mushroom houses and transport raw materials, thus greatly reducing production costs. In addition, rotating the cultivated field each year can effectively control pests and diseases, enabling the mushroom products to meet pollution-free quality requirements. In addition
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Key Points of Agaricus bisporus Cultivation Technology to Help You Grow Successfully
Agaricus bisporus, also called white mushroom or button mushroom, is commonly known simply as mushroom. It is the most widely cultivated and highest-yielding edible fungus in the world. It has high nutritional value and good market demand (especially after China's accession to the WTO, export volumes doubled). Its main production raw materials are rice straw, corn stalks (cobs) and livestock manure, with high yields and extremely significant economic benefits. Therefore, in recent years it has developed quite rapidly in China, spreading from the traditional main growing areas of Fujian and Zhejiang in the south to Hebei, Shandong, Anhui, as well as Hunan, Hubei, Jiangsu and other places. The rise of this industry has indeed enabled many
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Detailed Explanation of Key Points for Freshwater Shrimp Breeding Technology in Crab Ponds
The freshwater shrimp, scientifically named Macrobrachium nipponense, is also known as the Oriental river prawn. The artificial breeding technology for freshwater shrimp fry is as follows: 1. Selection and keeping of parent shrimp. Parent shrimp selected for artificial breeding are required to have a standard body shape, pure body color, be plump and healthy, free from disease and injury, and have well-developed gonads. Female shrimp should have a body length of over 6 cm, and male shrimp should be somewhat larger. They can be selected from large shrimp caught in the wild or from artificially cultured ponds. The selected parent shrimp must be kept in a dedicated pond. The parent shrimp pond should have an area of 1-3 mu and a water depth of about 1 m. Parent shrimp
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Detailed Explanation of Key Points of Water-Saving Potato Cultivation Technology
The furrow-ridge water-saving potato cultivation technique increases the contact surface between soil and air, ensures a good aeration environment for the underground stems, intensifies the variation in diurnal temperature difference, reduces surface runoff, and enables the soil to more fully absorb precipitation. Through the implementation of the project "Integration and Demonstration of Water-Saving Agricultural Technology Systems in Semi-Arid Rainwater Harvesting and Supplementary Irrigation Dryland Areas of Northern China (Pengyang, Ningxia) - Research, Screening, Integration and Demonstration of High-Efficiency Rainwater Harvesting Agricultural Supporting Technologies," the water-saving potato cultivation technique has been summarized for use in production. (1) Variety Selection
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