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Key points and operation methods of flower dipping technique for greenhouse loofah
Flower dipping technique for greenhouse loofah
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Detailed Explanation of Cucumber Vine Lowering Techniques and Operation Methods
Cucumber Vine Lowering Techniques
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The correct method and key operational points for stepping on peanut seedlings
Peanut seedling stepping method
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Key Points and Operation Methods of Fast Tomato Seedling Raising Technology Explained
Fast Tomato Seedling Raising Technology
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Key Points of Tomato Pruning Techniques and Detailed Explanation of Correct Operation Methods
Tomato Pruning Techniques
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Processing Technology and Key Operating Points for Potato Shrimp Chips
1. Product characteristics: Crispy and delicious, rich in nutrition. 2. Process flow: Material preparation → slicing → soaking and washing → boiling → sun-drying → finished product. 3. Key production points: Material preparation: Select potatoes free of pests and diseases, mold and rot, and sprouting. Wash them clean with water, drain, and scrape off the skin with a bamboo stick. Slicing: Cut the potatoes into 0.2 cm thick slices with a stainless steel knife, pour them into a water tank, add water, and stir up and down so that the solanine on the slices and the starch adhering to the surface are leached out. Boiling: Pour the soaked potato slices into a pot of boiling water (do not use a raw iron pot),
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Key Points and Detailed Operation Methods of Potato Virus Elimination Technology
Potatoes are nutritious and store well. They have a short growing period and great yield-increasing potential, and are a favorite food for people. However, potatoes are susceptible to infection by multiple viruses, which leads to smaller and deformed tubers, seed potato degeneration, and so on. Experiments have proven that using shoot-tip tissue culture combined with virus testing to carry out potato virus elimination, and then producing virus-free seed potatoes for production, can effectively prevent seed potato degeneration and greatly increase potato yield. The main virus elimination methods are as follows: 1. Material collection and disinfection. Sprout the tubers of the variety to be virus-eliminated. When the sprouts are 4-5 cm long, cut the sprouts and peel off the outer leaves.
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Introduction to the Characteristics of the Potato Variety Cooperative 88
"Cooperative 88" was developed by the Tuber Crops Research Institute of Yunnan Normal University and the Huize County Agricultural Technology Center through single-plant selection in Huize in 1990, using 42 cross combinations provided by the International Potato Center. It passed the provincial regional trial in 1994, was approved at an expert appraisal meeting in 1995, and entered the agricultural extension system of Yunnan Province. In 2001, it passed the approval of the Yunnan Provincial Crop Variety Approval Committee and was named Dian Potato No. 4. Characteristics: "Cooperative 88" has an erect plant type, dark green leaves, green-purple stems, and large compound leaves
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Detailed Explanation of Key Processing Techniques and Operation Methods for Garlic Flakes
Processing garlic into dehydrated garlic flakes not only preserves the unique flavor of garlic, but also makes storage, transportation, and consumption convenient. 1. Process flow: Sorting → Cleaning → Slicing → Rinsing → Dehydration (drying) → Moisture equilibration → Grading → Packaging → Finished product. 2. Key process points (1) Material selection. Select white-skinned garlic heads with large cloves, no shriveling, and free from rot, pests and diseases, severe damage, and scars.
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Detailed Explanation of Garlic Irradiation Preservation Technology and Key Operational Points
After garlic matures, it begins to sprout and enters the reproductive growth phase of cell division, which results in cloves scattering, shriveling, and loss of nutrients during storage, rendering it unfit for consumption. During the dormant period, Y-ray irradiation processing is used, utilizing radiant energy to damage the sprout buds of garlic cloves, inhibit their normal growth, prevent sprouting, reduce nutrient consumption during storage and transport, ensure commodity quality, and meet hygienic standards for safe storage. This is what is commonly known as garlic irradiation preservation technology. Garlic harvesting and pre-treatment. Garlic
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