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Sun Shougong used a magnifying glass to develop Sun-Huang microbial control materials and protect Taiwan's plant pathology
A lifelong legend in the field of plant pathology, Sun Shougong guarded Taiwan, China with a magnifying glass and developed "Sun-Huang" to launch microbial control materials
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What are microecological preparations, what types are there, and what are their application scopes?
Applications of microecological preparations
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Technical Key Points for Applying Seaweed Microbial Fertilizer to Potatoes
The application of seaweed microbial fertilizer in crop cultivation has already attracted widespread attention from growers. It performs especially well on vegetables. So how should seaweed microbial fertilizer be used when growing potatoes? What are the effects after use? Below, taking the outstanding product among microbial fertilizers - Jinbaobei Seaweed Microbial Fertilizer - as an example, we briefly introduce its application methods on potatoes. Jinbaobei Seaweed Microbial Fertilizer is imported in original packaging from Australia. It is made using the latest international microbial engineering technology and processes, separated and purified from marine organisms, and finely developed into the newest generation of pure
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Detailed Explanation of Gentamicin-Micronomicin, a Commonly Used Clinical Drug for Ducks
Source and properties: This product is developed from the by-products of micronomicin production and contains components such as micronomicin and gentamicin. Its sulfate is easily soluble in water and almost insoluble in organic solvents such as methanol and ethanol, with good stability. Actions and uses: This product has antibacterial effects against a variety of Gram-positive and Gram-negative bacteria such as Escherichia coli, Salmonella, Pasteurella, Streptococcus, Staphylococcus, and Pseudomonas aeruginosa, with particularly strong effects against Gram-negative bacteria. Its antibacterial activity is slightly higher than that of gentamicin, while its toxic and side effects are lower than those of the same
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Detailed Explanation of Industrialized Production Technology for Potato Microtuber
This achievement includes a series of industrial technologies for virus elimination of potato microtubers, rapid propagation, and field planting of induced microtubers. Based on the basic theories and operational techniques of bioengineering, combined with the physiological mechanisms of tuber formation, suitable culture media and culture conditions are used to induce potato test-tube plantlets and axillary buds of test-tube plantlet segments to form microtubers suitable for field planting under tissue culture conditions, thereby achieving commercial production. Through suitable induction techniques and improvements in culture containers, the production rate of test-tube plantlets per unit culture area has been increased by 3 to 5 times, reaching a maximum of 2
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Correct Methods for Using Seaweed Microbial Fertilizer on Potatoes
The application of seaweed microbial fertilizer in crop cultivation has already attracted widespread attention among growers. It performs especially well on vegetables. So how should seaweed microbial fertilizer be used when growing potatoes? What are the effects after use? Below, taking an outstanding microbial fertilizer - Jinbaobei Seaweed Microbial Fertilizer - as an example, we briefly introduce its application methods on potatoes. Jinbaobei Seaweed Microbial Fertilizer is imported in original packaging from Australia. It is developed through fine processing using the latest international microbial engineering technology and techniques, separated and purified from marine organisms.
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Detailed Explanation of the "Two Micro and One No-Till" Potato Cultivation Technique
"Two Micro and One No-Till" means using 20-25 g seed potato pieces, covering with micro-film after planting, and leaving the land no-till or without deep tillage. This technique shows the most remarkable results on gently sloping red soil hilly land. Compared with ordinary cultivation in the same period, potatoes mature more than 15 days earlier, fertilizer use is reduced by 30%, labor is reduced by 2-3 workers, costs are cut by more than 40%, yields increase by 150-300%, the large-tuber rate rises by 30-40%, and income increases by more than 700 yuan per mu. 1. Select good varieties. Choose early and medium-maturing varieties with high quality, high yield and strong resistance; virus-free varieties are even better.
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Key Technical Points and Methods for Direct Seeding Afforestation of Caragana microphylla
Caragana microphylla, a shrub or small tree of the Fabaceae (Papilionaceae) family, is extremely light-demanding, resistant to severe cold and intense heat, highly tolerant of drought and barren soil, and highly adaptable. It is an excellent tree species for sand fixation and soil conservation in deserts and grasslands. Its tender branches and fresh leaves are good fodder for livestock, especially sheep, and it is also a good firewood plantation species. Seeds can be collected for direct seeding afforestation. The seeds mature from July to August; harvest when the pods are hard and yellow-brown. The time from fruit maturity to pod dehiscence is very short, so harvest as they ripen. Dry the harvested pods in the sun and remove the pod shells and debris. Good seeds are yellow-green or cream-yellow and glossy.
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Microwave spicy shrimp is simple to make and tastes very fresh and delicious.
Difficulty: Intermediate Time: Under ten minutes Main ingredients: Seafood Category: Microwave dishes It doesn't need much time, and there are no complicated steps, yet it can add an enticingly delicious dish to the table. Ingredients Fresh large shrimp 500g Tender celery 80g Pistachios 50g Garlic 3 cloves Spicy sauce 10ml Light soy sauce 1 tablespoon (15ml) Sugar 10g Shredded scallion and shredded ginger, as needed Method
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High-Quality, High-Yield Techniques for Bag-Cultivated Oyster Mushrooms: Micro-Pore Spawn Running and Seepage Irrigation for Fruiting
During the spawn-running stage of bag-cultivated oyster mushrooms, problems commonly arise such as inconsistent mycelial growth rates within the bags, an excessively long spawn-running period, a high contamination rate, the mushroom wall being somewhat too tall and prone to toppling during the fruiting stage, and severe water loss from the bags after the second flush making rehydration difficult, all of which seriously affect yield and quality. In recent years, new techniques of micro-pore spawn running and seepage irrigation for fruiting in oyster mushroom cultivation have been successfully developed in production, effectively solving the above problems. Micro-pore spawn running. The selection of the substrate, ingredient mixing, blending and fermentation are the same as conventional methods; the difference is that before bagging, a sewing machine is used to prick three rows of needle holes on the top of the substrate cylinder, serving as micro-pore channels to supply air during the mycelial growth period.
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