So, compound microbial fertilizer could contribute to the goal of reducing the application rate of chemical fertilizer in rice production.
因此，在水稻生产过程中可通过施用复合微生物肥实现化肥减量目标。
Three strains of bacillus, which could fix nitrogen and dissolve phosphorus and potassium separately, were chosen for producing microbial fertilizer.
选择了三株分别具有固氮、溶磷和解钾功能的芽孢杆菌生产菌肥。
Compound microbial fertilizer could also increase the height and harvest index of rice. Besides, it could enhance farming efficiency by increasing yield.
施用复合微生物肥能提高水稻株高和收获指数，并通过增产实现增效。
The effects of five kinds microbial fertilizer on tobacco were studied by plot trial.
通过田间小区试验，比较了5种微生物菌肥对烤烟的效应。
The strain 7037 is possible to be further developed as an excellent strain for microbial fertilizer production.
该菌株可望进一步研究开发成为微生物肥料的生产菌种。
It appeared that the efficiency of increasing yield and improving quality of crops also concerned with methods and quantity of application microbial fertilizer.
增施微生物菌肥的增产幅度及改善品质的作用与作物品种、微生物菌肥施用量和施肥方法有关。
Some of these could be used as microbial fertilizer and enzyme-producing strains because of their multiple enzymes, high salt-enduring or capacities of releasing fixed phosphorus.
从产酶种类、耐盐性、产酸能力、解磷能力等方面进行分析，部分菌株可以作为微生物酶制剂、微生物肥料生产的待选菌株。
Some of these could be used as microbial fertilizer and enzyme-producing strains because of their multiple enzymes, high salt-enduring or capacities of releasing fixed phosphorus.
从产酶种类、耐盐性、产酸能力、解磷能力等方面进行分析，部分菌株可以作为微生物酶制剂、微生物肥料生产的待选菌株。
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