Fertilizer synergist application test report excerpt

▲ The Fertilizer Research Group of the Shijiazhuang Institute of Agricultural Modernization of the Chinese Academy of Sciences designed a set of coated compound fertilizer sand-pepper test. The coated compound fertilizer is produced by the Guangza Enterprise Group, and the strain (ie, fertilizer synergist) is provided by Jinkui Subsidiary. For the test crops were corn, beans, the test set up two treatments: 1, coating compound fertilizer (N: P: K = 21: 8: 11); 2, ordinary compound fertilizer (N: P: K = 20:8:12). The fertilizer amount is calculated according to 43.8 kg/mu, and the equivalent amount of nitrogen is fertilized in each sand culture box, ie, N21 is 11.0g/carton, and N20 is 11.5g/carton, sowing date May 26, 1999. The date of determination is June 21 and June 22 respectively. ▲ The Guangdong Fertilizer Station in Gaoyao, Kaiping, and Xinfeng counties was used in 1998 to test the effect of rice and peanut on fertilizer synergists. Three points are processed three times: 1. Control 100% inorganic compound fertilizer. 2. Control equivalent (100%) inorganic compound fertilizer + fertilizer synergist. 3, 80% amount of inorganic compound fertilizer + fertilizer synergist. The amount of fertilizer synergist is 5% of conventional fertilizer. 4, blank (do not apply fertilizer). Results: In rice, the high point treatment 2 increased 2.7% compared with the control, the Kaiping point increased 5.5%, the treatment 3 high points slightly decreased, and the Kaiping point decreased 6.4%; peanuts, Xinfeng point treatment 2 increased 11.1% compared to the control, treatment 3 than the control The increase of 15.5% was a significant reason for the increase in production because the fertilizer synergists promoted the branching of peanuts and increased the fruiting rate and the number of double nuts; however, at the Kaiping point, the yield difference was not significant. ▲ The company's technical team conducted spinach fertilizer synergist tests at the company's farm in October 1998. For the test fertilizer: "Jin Kuizi" fertilizer synergist (referred to as gold) Shenlong's fertilizer synergist (Provincial Agricultural Research Institute of pilot products, referred to as God), Pakistan Field Compound Fertilizer (abbreviation). Each treatment was performed on the basis of 500 kg of chicken manure, treated with 100% Shiba (control), treated with 20% Shiba, 10% of God, treated with 30% of Shiba, 10% of gold, and treated 4 with Shiba 90. %, gold 5% (half), deal 5, Shiba 90%, gold 3% (minus 70%), repeated three times. As a result, seed dressing with two synergists increased the germination rate of spinach seeds, and the yield was significantly higher than that of Shanshiba. The “golden” total application rate was 73.46% higher than the control and accounted for the first place, even if it was halved or reduced. 70% of the application volume also significantly increased production (51.13% and 25.56% over the control). Compared with the two fertilizer synergists, the gold yielded 13.44% more than God and halved the application, which was slightly better than God. ▲ The company's technical team conducted trials on the use of various fertilizers for carrots at the Sanzhou Nijang Vegetable Farm in Gaoming City in September 1999. The fertilizers used were: Treatment 1, Application of Jin Kuizi Fertilizer Synergist, LPK, and Active Magnesium Fertilizer, with chicken manure and nitrogen and potassium fertilizers. Treatment 2, gold sunflower fertilizer above, chicken manure, and apply peanut bran, potash. Treatment 3, conventional fertilization control. Yield and quality test results: Treatment 1 increased 26.6% compared to the control, 87.3% more graded products, a single weight increased 37.5%. Treatment 2 increased 8.8% over the control, with 57.3% more graded products and 12.5% ​​increase in individual weight. The test samples were sent to the Guangdong Raw Soil Institute for the determination of certain chemical components and intrinsic quality. The results showed that the content of Vc in the two treatments was 44.4% higher than the control, the crude sugar content was increased by 0.4%, the relative amount was increased by 4.7%, and the carotenoids were similar. Sustained 0.5% increase over control. ▲ The Beijing Soil Fertilizer Station conducted a test on Chinese Cabbage (Beijing New No. 1) in 1999 with two treatments and three replicates. Treatment 1, add 5% of the sowing fertilizer synergist seed dressing, other fertilization, management practices as usual. Treatment 2, conventional measures CK. Sowing date August 7, transplanting August 25, harvesting period November 5, density 3268 / acre, base fertilizer 15 kg of ammonium phosphate and urea 10 kg / acre. Test results: 1, output. The triple-replication output was reduced to a total of 4155 kilograms, an increase of 12.97% over CK (3678 kilograms). 2, disease. The diseases were heavier in that year, and they were treated with fertilizer synergists. 14.29% of infected strains were infected with rot, while 35.71% of CK was high. It can be seen that synergists have a significant effect on the resistance to rot. 3, nitrate content. The average of three replicates was 531.2 mg/kg for Treatment 1 and 582.3 mg/kg for CK. By analysis of variance, dressing with synergist, the difference in nitrate content of Chinese cabbage was extremely significant. ▲ The Beijing Soil Fertilizer Station conducted a test on Park Cabbage (Chunganlan 8398) in 1999. Treatment 1, fertilizer synergist mixed with conventional fertilizer, applied at the end of April 5, synergist dosage of 3% of conventional fertilizer, other measures as per routine. Treatment 2, fertilization and various measures as routine CK. The sowing date (inside the greenhouse) on January 20th, the date of planting on April 5th, the beginning of the ball on May 1st, and the harvest time on May 20th. Base fertilizer on April 5th: chicken excrement 1500 kg plus urea 10 kg plus 10 kg/mu diammonium, .... Test results: 1, output. With the increase of synergist, the average plant weight gain was 5.6%, and the average yield increased by 6.19%. The variance analysis showed significant differences. 2, nitrate content. The average of three replicates was 636.08 mg/kg for Treatment 1 and 721.1 mg/kg for CK. The addition of synergist to CK reduced nitrate by 13.81%. The difference in variance was extremely significant. ▲ The Hengshui Hemp Sen Experimental Station in Hebei Province was used as a fertilizer test for leafy vegetables and slow-release compound fertilizers in November 1999 (Note: Slow-release compound fertilizers and combined slow-release compound fertilizers are fertilizers produced by Guangza Group, including “adding bacteria”. "The bacterial agent used is the fertilizer synergist, provided by Gaoming Jinkuizi Technology Co., Ltd.), and the trial design is four treatments and three duplicates. Test results: Cabbage leaves with slow release fertilizer appear dark green, glossy and luster. Addition of slow-release fertilizer, the above performance is more obvious; while application of Sarkozy compound fertilizer (a commodity compound fertilizer) is normal, leaf color Green. The application of bacteria slow-release fertilizer cabbage grows quickly, the longest and widest leaves, the highest plant height. The actual yield, adding bacteria slow-release fertilizer is 16.7% higher than that of the application of Saskatchewan, reaching a very significant level; compared with no added slow-release fertilizer, an increase of 7.6%, also reached a very significant level. It can be seen that adding fertilizer synergists provided by Jinkui Subsidiary can significantly increase the utilization rate of fertilizers. ▲In 1999, the jujube tree research institute of Jixian County of Hebei Province applied the coating compound fertilizer of winter jujube in the fine variety field of this institute. (Note: The coated compound fertilizer and the coating compound fertilizer N:P:K are both 18:8:14) was produced by Guangza Group. The used bacterial agent was a synergist provided by Jinkui Subsidiary. The test was applied to the 8-year-old grafted winter jujube tree: 1. Coated compound fertilizer; 2 , coating compound fertilizer; 3, Sacred Compound Fertilizer (the fat is produced in Qinhuangdao, 15:15:15), uniform strain applied 500g, 22 strains per treatment. As a result, the coated compound fertilizer had a 12.8% increase in yield compared to the Sacofu compound fertilizer, and the nutrient content of the compound was superior to that of the Xacco compound fertilizer. It can be seen that the fertilizer synergist is beneficial to the orderly decomposition of the coated compound fertilizer and increase the physiological activity of the root system and improve the utilization rate of the fertilizer.

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