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“5406”抗生菌肥是我国于解放后自己搞出来的一种菌肥,经在全国范围内大面积推广使用以后,证明它具有提高土壤肥力,促进作物生长和抗病驱虫等作用,只要菌肥质量高,施用得法,均有明显的增产作用。为了更进一步探讨“5406”抗生菌肥在武威地区施用的方法和效果,我们利用1975年在羊下坝公社支农和开门办学的机会,在公社党委和各有关大队支部领导下,与广大贫下中农结合,共同进行试验。三月间先后为9个生产队堆制了优质的“5406”抗生菌肥万余斤,除在一部分大田施用外,还在各队种植了试验田、进行观察对比。现在试验田小麦已经收打完毕,从我们所掌握的五个生产队“5406”抗生菌肥的试验材料来看,凡是施用了“5406”抗生菌肥的均有较大幅度的增产。上二沟六队在0.11亩土地上施用了30斤“5406”抗生菌肥,所种植的甘麦5号,实产70斤,折合亩产648斤,比对照田增产24.4％。上双八队的试验田以亩施300、400、500、600斤“5406”抗生菌肥者,所种植的甘麦12号,均比对照的增产21——37％。四沟四队施了“5406”抗生菌肥的试验田所种植的甘麦8号比对照增产11％。除了小面积的试验田有明显的增产效果以外,即在大田上施用了
The “5406” antibacterial bacterium fertilizer is a kind of bacteriostat developed by our country after its liberation. It has been proved that it has the functions of improving soil fertility, promoting crop growth and repelling insects as soon as it is widely used nationwide Bacterial fertilizer high quality, the law was applied, have a significant increase in production. In order to further explore the methods and effects of applying “5406” antibacterial fertilizer in Wuwei Prefecture, we took advantage of the opportunity of supporting farming and opening schools in Yangxiaxia Commune in 1975, under the leadership of commune party committees and relevant brigade branches, Under the middle peasants combine to carry out experiments. In March, nine high-quality “5406” antibacterial microbes were piled up for 9 production teams in succession. Except for some field operations, experimental fields were planted in each team and observed and compared. Now that the test field wheat has been collected, from the test materials of the “5406” antibacterial fertilizer that we have in our group, all those who applied the “5406” antibacterial fertilizer have seen a substantial increase in yield. On the Erligou Sixth Team, 30 kilos of “5406” antibacterial fertilizer was applied on 0.11 mu of land. The planted sweet wheat cultivar No. 5, with a yield of 70 kilos, was equivalent to 648 kilos of mu per mu, an increase of 24.4% over the control plot. On the experimental field of ShuangBa team, 300,400,500,600 jin of “5406” antibacterial fertilizer were applied on the mu area and the sweet potato planted on the 12th was increased by 21--37% compared with the control. Four-team four squatted “5406” antibacterial fertilizer test field planting sweet corn on the 8th than the control yield 11%. In addition to a small area of the experimental field has a significant yield increase, that is, applied in the field