CAJ | 학술논문

采用大区对比的方法,对八一农大、许博士、秦皇岛领先科技、佳木斯三兴4种生物硅肥开展了肥效对比试验。结果表明,施用硅肥能在一定程度上提高水稻抗病性,但效果不显著;施用硅肥能有效提高水稻产量构成因子,实现增产作用。四种硅肥中,八一农大生物硅肥增产效果最明显,基肥施硅处理产达605.5 kg/667 m^2,比对照增加55.4 kg/667 m^2。
채용대구대비적방법,대팔일농대、허박사、진황도령선과기、가목사삼흥4충생물규비개전료비효대비시험。결과표명,시용규비능재일정정도상제고수도항병성,단효과불현저;시용규비능유효제고수도산량구성인자,실현증산작용。사충규비중,팔일농대생물규비증산효과최명현,기비시규처리산체605.5 kg/667 m^2,비대조증가55.4 kg/667 m^2。
Fertilizer contrast test on August first agricultural university,Doctor xu,Leader science and technology of Qinhuangdao and Sanxing Agricultural four biological siliceous fertilizer by large area field contrast test, The result shows that using siliceous fertilizers can raise rice resistance in a certain degree, but is not conspicuous; using siliceous fertilizer can province and add rice production. During four siliceous fertilizers, the one of August first agricultural uniliversity has the notable effect of increasing production, the production is 605.5 kg/667 m^2 with using silioeous fertilizer in hase fertilizer, 55,4 kg/667 m^2 higher than the contrast.