Dosage of thirteen morpholine greenhouse fumigation
Tridecolinoline, also known as methyl isopropyl ketone, is a commonly used soil disinfectant and is widely used in greenhouse fumigation. Determining the appropriate dosage of tridecoxaline is critical for fumigation effectiveness and crop safety. The following is an introduction to the dosage of tridecoxoline in greenhouse fumigation:
Relationship between soil properties and dosage
Soil type:The dosage of tridomorpholine is directly related to the type of soil. In general, soils with more organic matter may require higher fumigation rates, while sandy soils require relatively lower dosages.
Soil moisture:The level of soil moisture will also affect the fumigation effect of tridecoligoline. Moist soils may require more tridecadenoline, while dry soils require less.
Adjustment of disease type and dosage
Disease Types:Different diseases have different susceptibility to tridecoligoline. Some diseases may require higher fumigation dosages, while some diseases that are more sensitive to dosages may be able to be effectively controlled at lower dosages.
Deep Disease:For diseases in deep soils, it may be necessary to increase the dosage of tridecoxaline to ensure its deep penetration and achieve better fumigation results.
Greenhouse area and volume considerations
Greenhouse area:The area of the greenhouse is one of the important factors in determining the dosage of tridecoxolide. The dosage needs to be reasonably adjusted according to the actual area of the greenhouse to ensure that the fumigant can be evenly distributed.
Greenhouse volume:The volume in the greenhouse is also directly related to the dosage of tridecoxolide, and the larger greenhouse may require a relatively larger amount to meet the needs of fumigation.
Safe use principle
By standard dosage:To ensure the safety of crops and the effectiveness of fumigation, tridecoxin should be used in accordance with the recommended dosage on the product label. Overuse may cause carryover issues, while low dosage may not achieve the desired fumigation effect.
Ensure ventilation:When using tridecoxaline for fumigation, make sure that there is adequate ventilation in the greenhouse. Remove residual gases in time to prevent adverse effects on crops and personnel.
By comprehensively considering the soil properties, disease types, greenhouse area and volume, etc., the fumigation amount of tridecoxaline can be reasonably determined, which can improve the fumigation effect and ensure the safe growth of crops. During use, it is recommended to strictly follow the product instructions and safety specifications for pesticide use.