In order to understand the application effect of trace element boron on oilseed rape in Qinshui County, and to determine its reasonable application amount in rapeseed in this region, the author conducted a test on different amounts of boron fertilizer in rapeseed.
The experiment was conducted at the Xiaoliji Industrial Park in Sishui County. The soil texture was sandy loam in fluvo-aquic soils. Soil samples collected at multiple points before the test were tested. The results showed that the soil organic matter content was 16.8 g/kg, the total nitrogen content was 0.82 g/kg, the available phosphorus content was 8.9 mg/kg, the available potassium content was 78 mg/kg, and the pH value It is 8. The former crop was rice. In the whole growth period, a total of 20.6 kg of pure nitrogen, 3.5 kg of phosphorus pentoxide, 4.5 kg of potassium oxide, and 615 kg of rice yield per mu were applied. The rapeseed variety was Qinyou No. 10 and transplanted on November 13, 2012, with 6100 plants per acre. The experiment was set up with six treatments. The amount of borax per mu was 0.25 kg, 0.5 kg, 0.75 kg, 1 kg, and 1.25 kg, respectively, and no borax was used as the control. The borax is uniformly mixed with the compound fertilizer and applied to the base. Each mus of 40% of compound fertilizer is 40 kg. On February 10, 2013, 10 kg of urea was applied per acre. Except for different dosages of borax, all other management measures were consistent in each test treatment.
The test results show that the use of different amounts of boron fertilizer has little effect on the plant height of rapeseed, but it has a certain impact on the number of effective branches per plant, the number of effective fruit per plant, the number of grains per pod, and the yield. The effective number of pods per plant and the number of pods per plant have a greater impact. The number of effective pods, pods, and yield of the 0.75 kg per acre of basal borax per plant were the highest, being 433, 19.4, and 157.1 kg, respectively; followed by treatment of 0.5 kg of borax per acre. They were 431, 19.2, and 154.7 kg respectively. It can be judged that the borax is not applied as much as possible to the rape fields in the Weishui area, but it is harmful to the amount exceeding a certain amount. The application amount of borax per acre for the land is 0.75 kg, which is most conducive to promoting the formation of pods. Increased grain yields high yields.
The experiment was conducted at the Xiaoliji Industrial Park in Sishui County. The soil texture was sandy loam in fluvo-aquic soils. Soil samples collected at multiple points before the test were tested. The results showed that the soil organic matter content was 16.8 g/kg, the total nitrogen content was 0.82 g/kg, the available phosphorus content was 8.9 mg/kg, the available potassium content was 78 mg/kg, and the pH value It is 8. The former crop was rice. In the whole growth period, a total of 20.6 kg of pure nitrogen, 3.5 kg of phosphorus pentoxide, 4.5 kg of potassium oxide, and 615 kg of rice yield per mu were applied. The rapeseed variety was Qinyou No. 10 and transplanted on November 13, 2012, with 6100 plants per acre. The experiment was set up with six treatments. The amount of borax per mu was 0.25 kg, 0.5 kg, 0.75 kg, 1 kg, and 1.25 kg, respectively, and no borax was used as the control. The borax is uniformly mixed with the compound fertilizer and applied to the base. Each mus of 40% of compound fertilizer is 40 kg. On February 10, 2013, 10 kg of urea was applied per acre. Except for different dosages of borax, all other management measures were consistent in each test treatment.
The test results show that the use of different amounts of boron fertilizer has little effect on the plant height of rapeseed, but it has a certain impact on the number of effective branches per plant, the number of effective fruit per plant, the number of grains per pod, and the yield. The effective number of pods per plant and the number of pods per plant have a greater impact. The number of effective pods, pods, and yield of the 0.75 kg per acre of basal borax per plant were the highest, being 433, 19.4, and 157.1 kg, respectively; followed by treatment of 0.5 kg of borax per acre. They were 431, 19.2, and 154.7 kg respectively. It can be judged that the borax is not applied as much as possible to the rape fields in the Weishui area, but it is harmful to the amount exceeding a certain amount. The application amount of borax per acre for the land is 0.75 kg, which is most conducive to promoting the formation of pods. Increased grain yields high yields.
Our organic vegetable powder mainly used dehydration technology. Dehydration vegetable powder remained most fiber and taste of fresh vegetables, so they are suitable to be added in sauce, stuff, pudding, yogurt and dessert. Some vegetable powder could be applied as pigment like red beet root powder. Some could be mixed with other super green powders to make health formula, kale powder and broccoli powder are always good choice for customers.
Vegetable Powder,Red Beet Root Powder,Broccoli Powder,Organic Vegetable Powder
YT(Xi'an) Biochem Co., Ltd. , https://www.yt-wholefood.com