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The safety of oxazole is better than that of chloroxazole, which is prone to drug damage when exposed to low temperature and cold snap, while the symptoms of oxoxapyrone are mild.
Control effect: The target of oxazole and oxazole is the same as that of weeds, and the control effect of oxapyrone may be slightly lower than that of xoxazole, and the herbicidal spectrum of the two is the same.
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Summary. Zooxanone should not be mixed with quinoxalin. Quineone, a newly developed novel compound, is an oxyphenylpyruvate double oxidase (HPPD) inhibitor that interferes with chloroplast synthesis and function.
Quinogen, phenoxy fatty acid herbicide, selective systemic conduction stem and leaf treatment agent. The agent is highly selective between gramineous weeds and dicot crops, the stems and leaves can complete the absorption of the agent within a few hours, and the annual weeds can spread throughout the whole plant within 24 hours.
It is used for weeding alfalfa ground.
Can it kill grass weeds.
Zooxone cannot be mixed with sperm-cave aqueductoxalin. Quinoxone is a newly developed new compound, which is an oxyphenylacetone picocavic acid double oxidase (HPPD) inhibitor that interferes with the synthesis and function of chloroplasts. Quinogen, phenoxy fatty acid herbicide, selective systemic conduction stem and leaf treatment agent.
The agent is highly selective between gramineous weeds and dicot crops, the stems and leaves can complete the absorption of the agent within a few hours, and the annual weeds can spread throughout the whole plant within 24 hours.
So can file pyroxone be mixed with herbicide.
Compound agent: dimethyl fenfenone, dimethyl azolone.
Can be mixed.
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Hello, you can. At present, there are hundreds of finezole grass products registered for wheat fields in China, which can control gramineous weeds such as wild oats, wheat mother, Japanese wheat mother, wild grass, hard grass, and malignant weeds such as early maturing grass have strong resistance to the drug. After mastering the 2 leaves and 1 heart stage of wheat, the weeds are basically out and applied when they are in the 2 and 3 leaf stages, and the dosage is appropriately increased when the grass is old.
The drug has good safety on wheat, the application period is wide, and the normal use in the low temperature period usually has no adverse effect on wheat seedlings, but the application of the pesticide in the leakage section is conducive to improving the control effect when the temperature is high. Due to the fact that the use of fineoxazole has been widely promoted and applied in production for many years, the population of weeds with strong resistance to the drug, such as Vulgaris, hard grass, and Japanese Kanmai Niang, has increased in many places, resulting in a decline in control efficacy. The grass phase and resistance performance of Weeds in different regions were different, and the dosage should be adjusted accordingly.
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Hello, I am glad to be able to answer for you, zoline can be mixed with the laughing chajing, oxazole and oxazole, because this product has no systemic activity, so when spraying, we strive to be comprehensive and uniform, so that all weeds can be fully medicated. This product is ineffective against the weeds that grow after the application of the cavity, and cannot be used for broad-leaved crops. After the use of paddy field, although there were rust-colored spots on the leaves of rice, touching the round bark did not affect the growth and development of rice, and the yield increased significantly.
The effect of pesticide application on cloudy days is not good, and the efficacy of the pesticide is fully exerted after seeing the light. Most weeds are applied in full force. Do not add additives and laundry detergent, otherwise it will cause pesticide damage to crops.
I hope mine can help you.
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Summary. The difference between xoxazole and quinoxamine is that xoxazole is a plant-resistant drug, which can effectively inhibit the growth of pathogens, thereby preventing the occurrence of diseases; Quinoxalin is a plant growth regulator, which can promote the growth and development of plants, thereby increasing the yield of plants. In order to solve the difference between xoxazole and quinoxazole, it is necessary to first clarify the type of plant disease and the degree of occurrence of the disease, and then select the appropriate drug or growth regulator for fertilization according to the type and degree of occurrence of the disease.
If the disease is more serious, it should be controlled by using dioxazole and oxachloromylenter; If the plant is stunted in growth, fertilization should be carried out with quinoxalin. In addition, when using xoxazole and quinoxafen, it is also necessary to pay attention to controlling the amount of fertilizer to avoid poisoning of plants. In addition, it is also necessary to pay attention to the timing of fertilization of plants, as well as the frequency of fertilization, to ensure the healthy growth of plants.
The difference between xoxazole and quinoxamine is that xoxazole is a plant-resistant drug, which can effectively inhibit the growth of pathogens, thereby preventing the occurrence of diseases; Quinoxalin is a plant growth regulator, which can promote the growth and development of plants, thereby increasing the yield of plants. In order to solve the difference between xoxazole and quinoxafen, Shouzhou Search should first clarify the type of plant disease and the degree of occurrence of the disease, and then select the appropriate drug or growth regulator for fertilization according to the type and degree of occurrence of the disease. If the disease is more serious, it should be controlled by using dioxazole and oxachloromylenter; If the plant is stunted in growth, fertilization should be carried out with quinoxalin.
In addition, when using oxazole and quinoxaly, it is also necessary to pay attention to controlling the amount of fertilizer, so as not to cause poisoning of wild traces of plants. In addition, it is also necessary to pay attention to the timing of fertilization of plants, as well as the frequency of fertilization, to ensure the healthy growth of plants.
Can you elaborate on that a little bit more?
Oxazole and quinoxamine are two different pesticides, and their main differences are in their ingredients and uses. Phytazole is a compound pesticide, the main ingredients are phytazole and chlorafen, which can effectively control a variety of pests, such as aphids, locusts, borers, etc., and is an efficient, safe and environmentally friendly pesticide. Quinoxalin is a kind of elemental pesticide, the main ingredient is quinquine, which can effectively control a variety of pests, such as aphids, locusts, borers, etc., and is a model sail efficient, safe and environmentally friendly pesticide.
In general, Fineoxazole and Quinoxaline are both highly efficient, safe and environmentally friendly pesticides, but their ingredients and uses are different, Fineoxazole is a compound pesticide, the main ingredients are Fineoxazole and Chlorophyllene, while Quinoxazolin is a elemental pesticide, the main ingredient is Quinoxazole pure hail. In addition, the use of dioxazole and quinoxamine is also different, and the use of dioxazole can be used by spraying, sprinkling, etc., while quinoxazole can only be used by spraying. Therefore, when using pesticides, appropriate pesticides should be selected according to the actual situation to achieve the best control effect.
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<> dicotyledon is mainly used to control wild oats, dogtail grass, ryegrass, barnyard grass, etc., and is suitable for dicot crops such as soybeans, peanuts, etc. Application method of fenoxazole chlorafen: before the 3-leaf stage of spring wheat to the jointing stage, spray the stems and leaves with 450-600 ml of 10% emulsifiable concentrate per hectare and 300 liters of water; At the 2-3 compound leaf stage after soybean sprouting, 52-69 grams (active ingredient) mixed with water 300-450 liters of stems and leaves per hectare are treated.
1. The scope of use of dioxazole
1. Fineoxazole is suitable for the control of monocotyledonous weeds in dicot crops such as soybean, peanut, rape, potato, vegetable fields and mulberry orchards, and is mainly used for the control of wild oats, sage, ryegrass, barnyard grass, etc.
2. The application method of dioxazole.
1) Control of gramineous weeds in wheat field: Before the 3-leaf stage of spring wheat to the jointing stage, spray 450-600 ml of 10% emulsifiable concentrate with 300 liters of water per liquid front loss hectare.
2) In soybean fields: at the 2-3 compound leaf stage after soybean sprouts, treat with 52-69 grams (active ingredient) mixed with 300-450 liters of stems and leaves per hectare.
3) In peanut fields: at the 2-3 leaf stage of peanuts and the 3-5 leaf stage of weeds, treat with 300 liters of stems and leaves per hectare with grams (active ingredient) mixed with water.
4) In the rape field: in the 3-6 leaf stage of rapeseed, weeds 3-leaf stage of the troubled time to apply pesticides, winter rape per hectare grams, spring rape per hectare grams, with 300 liters of water spray treatment.
2. What is the difference between dioxazole and alkynylate?
1. Differences. 1) The effect of alkynyl ester in the control of calyptin is slightly better than that of chloroxazole.
2) Temperature has little effect on the effect of alkynyl ester, but when the temperature is too low, the rate of weed death will be slowed down.
3) The rainwater resistance of alkynyl is better than that of dioxazole, which generally does not rain within 2 hours after the medicine, while it does not rain within 4 hours.
2. What should be paid attention to when using alkynyl ester.
1) Alkynyl ester is a biocidal herbicide, do not pollute crops when applying pesticides, and avoid pesticide damage.
2) For perennial malignant weeds, after the first application, it is better to apply the pesticide again at an interval of 1 month.
3) An appropriate amount of laundry detergent or diesel can be added to the liquid medicine to improve the efficacy.
4) When the weather is sunny and high, the effect of applying pesticides is better, and it rains 4-6 hours after application.