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农業生产的大跃进促进了生物科学的大发展。抗生菌肥料的应用作为农作物增产的措施之一在实踐上已取得了令人滿意的結果。1958年8-9月的兩个月中,仅北京市周口店区施用抗生菌肥料的小麦地达15,000亩左右。无論如何,在农業增产綜合因素的全面考虑下,抗生菌肥料的广泛运用,在当前具有重要的意义。可是,抗生菌肥料在农業上的作用究竟如何估計?这是农業工作者們所关心的問題。为了貫彻党委的“下放劳动鍛煉,大办工業,大搞科学研究”的指示,我厂全体师生在党的直接領导和亲切的关怀下,在搞好生产的同时,对于这一問题展开了試驗研究工作,6个月来已經取得了初步的效果,兹將試驗結果分述如下:一、抗生菌肥料对小麦出芽和幼苗生長的影响;为了进一步闡明在密植的情况下抗生菌肥料的施用技术及其效果,我們在大瓦盆内和田間分別进行試驗。共有三个处理。每种处理重复三次。試驗結果記录如表1。
The great leap forward in agricultural production has promoted the great development of biological science. The application of antibacterial fertilizer as one of the measures to increase crop yield has achieved satisfactory results in practice. In the two months from August to September 1958, only about 15,000 acres of wheat were applied to antibacterial fertilizers in Zhoukoudian, Beijing alone. In any case, with the comprehensive consideration of comprehensive agricultural production increase, the extensive application of antibacterial fertilizer has great significance at present. However, the role of antibiotic fertilizer in agriculture how to estimate? This is the concern of agricultural workers. In order to carry out the party committee’s “decentralization of labor training, big business, scientific research” instruction, all the teachers and students of our factory under the direct leadership and cordial care of the party, while doing a good job in production, for this A problem started the experimental research, 6 months has achieved initial results, the results of which are described below: First, antibacterial fertilizer on wheat sprouting and seedling growth; in order to further clarify the case of close planting antibiotic Fertilizer application technology and its effect, we were in the large pots and fields were tested. There are three processing. Each treatment is repeated three times. Test results recorded in Table 1.