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  • Clever Fertilizer Mixing Methods for Pollution-Free Mushroom Cultivation

    1. 1%-2% soybean milk: take 500-1000 g of soybeans, soak them, grind them into a slurry, filter out impurities, add 50 kg of clean water, and spray. It can make the mushrooms white and tender with thick and sturdy stems, and can increase yield by 8%-15%. 2. 0.3%-0.5% salt water: add 150-200 g of table salt to 50 kg of clean water, stir until dissolved, and spray. It can make the mushrooms pure white with thick and sturdy stems, and can increase yield by 12%-17%. 3. 0.02%-0.05% yeast powder: add 25 g of pure yeast powder to 50 kg of water, stir well, and spray.

  • A Detailed Guide to Cleverly Making Pollution-Free Mushroom Fertilizer

    1. Soymilk fertilizer: Take 500-1000 g of soybeans, soak them, grind them into a slurry and filter it. Add 50 kg of clean water to the filtrate, stir well, and spray it on the mushrooms to increase mushroom yield. 2. Salt water fertilizer: Take 150-250 g of table salt, dissolve it in 50 kg of clean water, and spray it to make the mushrooms thick and sturdy and increase yield. 3. Plant ash extract fertilizer: Take 2 kg of plant ash, add 20 kg of water and soak for 24 hours. After filtering, add water to the filtrate up to 100 kg, and spray 0.5-1 kg per sq m

  • A detailed guide to the clever preparation of pollution-free mushroom fertilizer

    1. Soybean milk fertilizer: Take 500-1000 grams of soybeans, soak them in water and grind them into a slurry, filter out impurities, add 50 kg of clean water, stir well and spray. This can make mushrooms white and tender with thick, sturdy stems. 2. Salt water fertilizer: Take 150-250 grams of table salt, put it into 50 kg of clean water, stir until dissolved and spray. This can make the mushrooms pure white in color, with thick, sturdy and high-quality fruiting bodies. 3. Yeast fertilizer: Take 25 grams of pure yeast powder, add it to 50 kg of clean water, stir well and spray. This can promote the formation of fruiting bodies, increase the number of mushrooms and make the fruiting bodies robust. 4. Glucose fertilizer:

  • Detailed Explanation of Key Operational Points for Peach Quick-Freezing Processing Technology

    (1) Process flow: raw material selection → pitting and color protection → blanching and cooling → peeling → packaging and syrup injection → pre-cooling → quick-freezing → frozen storage. (2) Key operational points: Raw material selection. After peaches are harvested, ripe ones must be processed immediately; hard, unripe fruits need to be ripened. Properly ripened peaches have bright color, rich flavor, and are easy to pit and peel. Pitting and color protection: after the raw materials ripen, remove the pits with a small knife or a pitting machine, and immediately place the flesh into cold water to avoid contact with air and prevent discoloration. The pitting machine has flesh fragments attached,

  • Detailed Explanation of Key Technical Points in the Quick-Freezing Process for Exported Shrimp Meat

    1. Process flow: Raw material acceptance → Raw material storage → Raw material thawing → Shrimp peeling → Acceptance → Washing → Soaking → Blanching → Cooling → Size grading → Freezing → Ice glazing → Metal detection → Boxing → Refrigerated transport 2. Operational key points 2.1 Raw material acceptance QC (quality control team) must inspect quality to prevent blackened shrimp. If blackened shrimp are found, promptly report back to the importer for handling. Keep a "Raw Material Acceptance Record" for each batch of raw materials. 2.2 Raw material storage: Store by container batch number at

  • Key Points from the Seminar on Pollution-Free Fishery Product Certification

    On August 14, at the 2007 National Pollution-Free Fishery Product Certification Exchange Seminar held in Shenyang, Liaoning Province, the person in charge of the Fishery Sub-center of the Agricultural Product Quality Safety Center of the Ministry of Agriculture stated: at present, China's fishery product certification rate (annual output of certified products/annual output of aquatic products) is still very low. In particular, in major fishery provinces with an annual output of more than 1 million tons, the certification rate is below 10%. China is a major fishery production country. In order to adapt to domestic and international consumption trends for fishery products and ensure the quality of fishery products

  • Detailed Explanation of the Key Points of the Manure-Free Cultivation Technique for Agaricus bisporus

    Agaricus bisporus is the main edible mushroom variety cultivated in our region, and the cultivation techniques for Agaricus bisporus have already been mastered by the broad masses of farmers. However, the expansion of the Agaricus bisporus planting area in our region has not been rapid, and one reason for this is that the compost for growing mushrooms requires a large amount of cow manure. According to the old formula, the ratio of manure to grass is 6:4, and growing mushrooms on 100 sq m requires 800 kg of dry cow manure. Many mushroom farmers cannot grow mushrooms on a large scale because they have no cow manure. In addition, cow manure needs to be sun-dried, crushed and sieved before it can be used. Sun-drying cow manure requires a relatively large site and also requires a relatively large amount of labor. When rainy weather is encountered, there is no way to dry it. Therefore, cow manure has become the biggest restrictive factor in the development of Agaricus bisporus cultivation. People successfully found formulas for mushroom cultivation materials that do not use cow manure quite early on, but it was not until recent years that the manure-free mushroom cultivation technique was promoted on a large scale. Hengxian, a major mushroom-growing county in our region, has in recent years promoted the manure-free mushroom cultivation technique on a large scale and achieved success. In this article, manure-free cultivation refers to cultivation techniques in which there is no cow manure in the mushroom compost formula.

  • Detailed Explanation of Key Management Techniques for Pollution-Free Peach Cultivation

    Peach is a famous fruit variety in China. Because it is rich in various vitamins, it is deeply loved by the general public, and its cultivation is also relatively widespread. 1. Garden plot selection: For establishing a peach orchard, choose a site with high and dry, level terrain and deep sandy loam soil. The soil should be fertile, with high organic matter content, good aggregate structure, and abundant groundwater resources, so that it can be irrigated in drought and drained in waterlogging, with complete irrigation and drainage facilities. Avoid establishing an orchard on continuously cropped land or alkaline soil. 2. Requirements for environmental conditions: 1. Temperature: Peach trees

  • Detailed Explanation of Management Techniques for Adult Pollution-Free Pear Orchards

    February to March - Bud Break and Blooming Period 1. Apply bud-break fertilizer: In mid-to-late February, before the pear trees bud, apply 1000 kg of decomposed farmyard organic fertilizer per mu, supplemented with a quick-acting multi-element compound fertilizer based mainly on nitrogen, phosphorus, and potassium to improve quality. The application amounts of nitrogen, phosphorus, and potassium account for 35%, 30%, and 15% of the annual usage respectively. In addition, add 1.5% borax to the total amount to improve flower quality. 2. Irrigation: Irrigate once each before and after blooming in a timely manner to promote budding and uniform blooming. 3. Flower and fruit preservation: (

  • Pollution-Free Fish Disease Prevention and Control Methods and Technical Key Points

    Animal-Plant Symbiosis: Aquatic plants and fish coexist in the same pond, and the fish rarely get sick. The aquatic plants planted in the fish pond are rice or lotus root, oriented east-west, with a wide row spacing (greater than 33 cm), occupying no more than 50% of the total water area, so that the lighting effect is good. The water depth depends on the water tolerance of the aquatic plants; rice is generally within 30 cm, while lotus root can generally reach over 50 cm. The farmed fish can be conventional or famous, special, and excellent new varieties. The farming method can be fry rearing or grow-out fish farming. Because residual bait, fish feces, and other matter deposit at the bottom of the pond, ferment, and rot, not