Foliage fertilizer capable of improving selenium enrichment capability of potatoes
A foliar fertilizer, potato technology, applied in the direction of fertilization device, fertilizer mixture, application, etc., can solve the problems of high production cost, environmental pollution, etc.
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example 1
[0004] Example 1: In selenium-enriched soil dry land, using conventional cultivation techniques to cultivate green potato 168 potatoes, spray a foliar fertilizer to improve the selenium-enriching capacity of potatoes at the end of the potato blooming period and before 9 am, and the amount of water per mu is 15 kg and glutamine Acid 0.01g, Lysine 0.01g, Leucine 0.01g, Histidine 0.01g, Methionine 15g, Cystine 50g, Threonine 15g, Phenylalanine 15g, Serine 40g, VC : 40 mg, VE: 40 mg, VB: 50 mg, VB 6 :40 mg, VB 12 : 40 mg, 98 g of 95% potassium chloride (including 60 g of potassium oxide), 2 g of coenzyme II, sprayed after mixing evenly. The control group was sprayed with 15 kg of water per mu. The results are shown in Table 1.
example 2
[0005] Example 2: Cultivation of Ziyun No. 1 potato in selenium-enriched soil dry land. Spray a foliar fertilizer to improve the selenium-enrichment capacity of potato at the end of the potato blooming period and before 9 am. The amount of water per mu is 15 kg, grain 10 grams of acid, 15 grams of lysine, 10 grams of leucine, 10 grams of histidine, 0.01 grams of methionine, 0.01 grams of cystine, 0.01 grams of threonine, 0.01 grams of phenylalanine, 0.01 grams of serine, VC: 0.01 mg, VE: 0.01 mg, VB: 0.01 mg, VB 6 :0.01mg, VB 12 : 0.01 mg, 95% potassium chloride 0.016 g (including 0.01 g potassium oxide), 0.01 g of coenzyme II, sprayed after mixing evenly, and spraying 15 kg of water per mu for the control group. The results are shown in Table 1.
example 3
[0006] Example 3: Using conventional cultivation techniques to cultivate potato No. 2 in selenium-enriched soil and dry land, spray a foliar fertilizer to increase the selenium-enriching capacity of potatoes at the end of the potato blooming period and before 9 am. The amount of water per mu is 15 kg, grain 5 grams of acid, 15 grams of lysine, 10 grams of leucine, 5 grams of histidine, 5 grams of methionine, 30 grams of cystine, 15 grams of threonine, 15 grams of phenylalanine, 20 grams of serine, VC: 30 mg, VE: 20 mg, VB: 20 mg, VB 6 : 20 mg, VB 12 : 10 mg, 96 g of 95% potassium sulfate (including 50 g of potassium oxide), 1 g of coenzyme II, sprayed after mixing, and sprayed with 15 kg of water per mu for the control group. The results are shown in Table 1.
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