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Detailed Explanation of Cypress Vine Propagation Methods and Application Value
Dill is a climbing plant that can produce beautiful small red flowers. A touch of red in a green grove. Do you want to know what kind of flower propagation method it uses? Below, the editor introduces dill's propagation methods and application value, hoping everyone will like it. Dill sowing and propagation, dill appears easily
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Characteristics and Application of the Herbicide Nabu in Sesame Fields
[Trade name] Nabu [Common name] sethoxydim [Formulations] 12.5% oil-miscible emulsion, 20% emulsifiable concentrate [Application rate] To control annual grass weeds with 12.5% Nabu oil-miscible emulsion or 20% Nabu emulsifiable concentrate, use 1.0 L per hectare at the 2-3 leaf stage; 1.5 L at the 4-5 leaf stage; 2.0 L at the 6-7 leaf stage. Under drought conditions, the application rate of 12.5% Nabu is the same as above; 2
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Production Methods and Multifunctional Applications of Soybean Dietary Fiber
1. Physiological Functions of Multifunctional Soybean Dietary Fiber Soybean dietary fiber mainly refers to the general term for those macromolecular carbohydrates that cannot be digested by human digestive enzymes, mainly including cellulose, pectin, xylan and mannose, etc. Although dietary fiber cannot provide the human body with any nutrients, it has important physiological functions for the human body. Dietary fiber has significant effects in lowering blood pressure and plasma cholesterol, and regulating gastrointestinal function, blood sugar and insulin levels. Multifunctional Soybean Fiber (MSF) is mainly composed of dietary fiber and protein, with contents of 67.98% (dry basis) and 19.75% respectively, making it a good protein-fiber additive. Studies have shown that adding a small amount of MSF has a good strengthening effect on medium-gluten or low-gluten flour; within a certain addition range, it can not only increase the dietary fiber and protein content of products, but is also very beneficial for improving the quality of products such as bread, noodles and biscuits. MSF may be the best-functioning of all dietary fibers, far beyond what other synthetic fibers (such as litesse, polydextrose) can match. Multifunctional soybean dietary fiber is a high-quality dietary fiber obtained from fresh okara as raw material through special heat treatment, and it has good effects in regulating blood sugar, lowering blood lipids and promoting defecation.
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Trace elements needed for soybean growth and application methods
Normal soybean growth requires some trace elements, among which the more important ones are molybdenum, boron, zinc, manganese, etc. Molybdenum is a component of soybean root nodule nitrogenase and an indispensable component for the normal life activities of nitrogen-fixing bacteria. Boron is also very important in soybean life activities. Soybeans deficient in boron have poor root development and poor nodule formation, losing their nitrogen-fixing ability. Therefore, attention must also be paid to trace elements. Can the trace elements needed by soybeans be satisfied from the soil? This depends on the abundance or deficiency of trace elements in the soil and environmental conditions. For example, in low-lying or poorly drained
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Detailed Explanation of the Application Methods of Tea Seed Cake in Aquaculture
Tea seed cake contains tea saponin with hemolytic action, 11%-16% crude protein, 5%-7% fat, 40% digestible sugar, 11% nitrogen, 0.37% phosphoric acid, 1.23% potassium, and various amino acids essential for animals and other nutrients, and it has a wide range of applications in aquaculture. ① Pond treatment and water fertilization. Tea seed cake is the preferred pond-clearing agent for ponds with mixed culture of fish, shrimp and crabs. The pond treatment method is: in a pond with a water depth of 30-50cm, use 25kg/hm3 of crushed tea seed cake; for a pond with a water depth of 1m, it can be increased to 50k
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Experimental Demonstration and Application of Factory-Based Soilless Seedling Raising of Cotton in the Dongtai Area
Factory-based soilless seedling raising of cotton is a seedling revolution in the history of cotton cultivation. It breaks the decades-old cultivation system of raising seedlings in nutrient pots and transplanting them, making cotton seedling raising and transplanting a simple, rapid, time-saving, labor-saving and cost-saving cultivation method, and opening up a new path for cotton cultivation. In 2003, Dongtai City introduced factory-based soilless seedling raising and transplanting trials. In 2004 and 2005, this technology was introduced successively in Tangyang and Luegang for soilless seedling raising and large-area transplanting trials and demonstrations. The details are summarized as
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What to Do About Excessive Cotton Growth Regulator Application? Master These Mitigation Methods
Every year in late July and early August, many cotton farmers in cotton-growing areas report that some cotton plants showed excessive vigor in the earlier stage, and some even tended toward runaway growth, so they applied the plant growth regulator mepiquat chloride. Because they could not get the concentration right, when the spray concentration was too high and they encountered high-temperature weather, the cotton plants showed symptoms of leaves and branches being unable to spread out, and cotton growth was inhibited. Below are several methods to alleviate excessive cotton growth: Spray Huimanfeng active liquid fertilizer. This fertilizer contains chelated humates and multi-element compound fertilizer
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Key Points of Cotton Chemical Topping and Detailed Explanation of Application Methods
Cotton chemical topping is the use of chemical regulation measures to shape cotton into an ideal plant architecture and create a high-photosynthetic-efficiency population. 1. Status and role of chemical topping. Cotton is a typical light-loving crop. High yield, early maturity and high quality in the early-maturing cotton region of eastern Hebei need to be achieved through rational close planting, but rational close planting will inevitably intensify the contradiction between individual plants and the population in terms of space and light energy utilization in the middle and late stages. Therefore, cotton chemical topping has become an important supporting measure for rational close planting, and is also the core content of early promotion and stress resistance, especially the simplified cultivation technology system. At present, mepiquat chloride in cotton chemical topping
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A Detailed Guide to the Application Methods of Several Chemical Regulators for Cotton
In cotton production, the commonly used chemical regulators include mepiquat chloride, chlormequat, ethephon, triacontanol, chitin, and others. Some of these chemical regulators can shape an ideal plant architecture, forming a high-photosynthetic-efficiency population per unit area; some can promote robust plant growth and reduce the occurrence of pests and diseases; and some have a ripening effect, effectively regulating the maturity period and thereby reducing the harm from disastrous weather. In short, scientifically applying various chemical regulators well in cotton production is beneficial for increasing yield and improving quality. 1. Mepiquat chloride can both reduce cotton plant height and decrease
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What is the application ratio of special fertilizer for cotton drip-irrigated fields?
I. Total fertilizer application for cotton In high-latitude marginally suitable cotton areas, for a seed cotton yield of 300-380 kg, 70-80 kg of natural fertilizer is needed, equivalent to 160-180 kg of standard fertilizer. This achieves "a jin of fertilizer for a jin of cotton." Applying 1 kg of standard fertilizer can produce 1 kg of lint cotton. Soil test results and cotton plant nutrient diagnosis in Regiment 137 generally show zinc deficiency; applying 1-2 kg of zinc fertilizer in autumn increases yield by 5%-10%. For plots with abundant potassium according to test results, potassium fertilizer application is 5-10 kg, especially
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