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首页> 外文期刊>日本作物學會紀事 >Physiological and Ecological Studies of Rice Plant in Well-drained and Ill-drained Field. (7) Seasonal changes of constituents in root of rice plant and influences of amount of nitrogen and calcium silicate fertilizers supplied to them.
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Physiological and Ecological Studies of Rice Plant in Well-drained and Ill-drained Field. (7) Seasonal changes of constituents in root of rice plant and influences of amount of nitrogen and calcium silicate fertilizers supplied to them.

机译:水稻植物在排水良好的稻瘟病的生理生态学研究。 (7)水稻根系中成分的季节变化以及供应给它们的氮气量和硅酸钙肥料的影响。

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摘要

In order to make clear the physiological characters of rice root grown in ill-drained paddy field, the authors have examined seasonal changes of chemical constituents of rice root and also influences of amount of nitrogen and calcium silicate fertilizers supplied to them. Results obtained are shown in Fig. 1 to Fig. 8. It was recognized that physiologically active root, for instance, which were grown in well-drained field, was in high level of phosphate and protein-nitrogen. Based upon the above facts, the author have concluded that phosphate might be considered to be a most sensitive element as an indicator showing physiological activity of rice root. Iron and silicate are absorbed in surface of rice root with growth and they may be necessary for maintaing physiological activity of rice rot, but the further experiments are required to clear up their relationships.
机译:为了清楚地清除稻草种植的稻米生理特征,作者检测了水稻根系的化学成分的季节性变化,以及供应给它们的氮和硅酸钙肥料量的影响。所获得的结果如图1所示。参照图1至图8.它被认识到,它被认识到,例如,生理上活性的根部在良好排出的场中生长,是高水平的磷酸盐和蛋白质 - 氮。根据上述事实,作者得出结论,磷酸盐可能被认为是最敏感的元素,作为显示稻根生理活性的指标。熨斗和硅酸盐在水稻根表面中被生长吸收,并且可能需要保持水稻腐蚀的生理活性,但需要进一步的实验来清除其关系。

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