1. Reapply the base fertilizer.
Generally, 2000kg of high-quality organic fertilizer is applied per 667m2. According to the law of wheat absorption, the high-fertilizer water block should be applied with 4~7 kg of urea or 23~38 kg of ammonium bicarbonate, 15~17 kg of diammonium phosphate and 12~17 kg of potassium chloride per 667 m2, or 45% composite. Fertilizer 50 kg or 40% wheat special fertilizer 50 kg. For medium and low yielding fertilizer plots, 2~5 kg of urea or 5~12 kg of ammonium bicarbonate, 18~22 kg of diammonium phosphate and 9~12 kg of potassium chloride should be applied per 667 m2; 45% compound fertilizer or 40% can also be used. Wheat special fertilizer 40~50 kg or 36% potassium dihydrogen phosphate compound fertilizer 50 kg. Zinc-deficient plots can be applied with 2 kg of zinc sulphate.
2. Less fertilization.
Fertilization is the most cost-effective method of fertilization. Generally, 2~3 kg of urea is applied per 667 m2, or 8~10 kg of superphosphate, and about 10 kg of compound fertilizer can also be used. Micro-fertilizer can be used as base fertilizer or seed dressing. When used as a base fertilizer, it is difficult to spread evenly due to the small amount of use, and it can be mixed with fine soil and then applied to the surface, and then ploughed into the soil. When seeding with zinc or manganese fertilizer, 2 to 6 g of zinc sulfate and 0.5 to 1 g of manganese sulfate per kg of seed are planted immediately after seed dressing.
3. Skillfully apply top dressing.
There are two types of topdressing: (1) soil topdressing. The time of top dressing is generally in the jointing stage. The amount of topdressing depends on the seedlings. The wheat is divided into many parts. The seedlings are good and the growth is strong. It should be applied late and reduce the application rate. It can be 15~20 kg per 667 m2 of urea after jointing. Ammonium hydrogen is 40~50 kg. Wheat is less tiller, the seedlings are not good, and the growth is weak. It should be applied early and increased. It can be applied with 20~25kg of urea or 50~70kg of ammonium hydroxide per 667 m2 after regreening. However, for soils with poor soil fertility, the amount of nitrogen fertilizer should not be too large. It is appropriate to apply 15~17kg of urea per 667 m2, and the application should not be too late. However, when the base fertilizer is not applied with phosphate fertilizer and potash fertilizer, and the soil supply of phosphorus and potassium is insufficient, the phosphate fertilizer and potash fertilizer should be properly applied. For high-yield fields with insufficient potassium, it is also possible to apply about 150 kg of grass ash before winter. For wheat fields with sufficient fertilizer, avoid excessive application of nitrogen fertilizer, and the time of top dressing should not be late. Otherwise, it will easily lead to late maturity and reduce production. (2) Spraying outside the roots. Due to inconvenient topdressing in the wheat field, the absorption capacity of the root system is decreasing with the advancement of the growth period. Therefore, if the fertilizer must be applied after the late growth of the wheat, foliar spraying can be used, which is also an emergency measure for increasing wheat production. Every year in late May is a dry and hot wind-prone season. Using 0.2% potassium dihydrogen phosphate foliar fertilizer for 1~2 times, with an interval of 5~7 days, it can effectively prevent dry heat and wind damage.
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Shelf Lighting
Shelf lighting is a lighting solution specifically designed for commercial and retail environments. Its goal is to highlight and display the goods on the shelves by providing appropriate lighting to attract customer's attention and increase sales.
The classification and layout of shelf lighting can be selected according to different needs and scenarios. LED lamps are the most commonly used shelf lighting technology and are favored for their high efficiency, long life, and dimmable characteristics. Overhead lights and strip lights are common installation locations and can be selected according to the needs of the appropriate way to provide overall or local lighting.
In terms of lighting layout, uniform lighting, and directional lighting are common choices. Uniform lighting ensures consistent lighting intensity for merchandise by providing a balanced distribution of light across the entire shelf. Directional lighting uses lamps such as spotlights or downlights to focus light on specific goods or display areas to highlight their characteristics.
Lighting control is also an important consideration. The dimmable lighting system can adjust the lighting brightness as needed to adapt to different environments and product display needs. Smart lighting systems automatically adjust lighting intensity and color through factors such as sensors, timers, or external conditions, providing greater flexibility and energy efficiency.
Through the appropriate shelf lighting program, businesses can create a pleasant shopping environment, highlight product characteristics, attract customers' attention, and improve sales performance. Shelf lighting plays an important role in modern retail, providing businesses with a means to promote products effectively.
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