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首页> 外文期刊>日本作物學會紀事 >Physiological and Ecological Researches on Rice Plant Grown on Well-Drained and Ill-Drained Paddy Fields. : (2) On the Degree of Root-rot Infestation and Nutrient Absorption in Rice Plant.
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Physiological and Ecological Researches on Rice Plant Grown on Well-Drained and Ill-Drained Paddy Fields. : (2) On the Degree of Root-rot Infestation and Nutrient Absorption in Rice Plant.

机译:水稻植物生理和生态研究生长在排水良好的稻田田间。 :(2)在水稻植物中根腐灭绝的程度和养分吸收。

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To make clear the differences in the degree of root-rot infestation and nutrient absorption of rice plant grown on well-drained and ill-drained paddy fields, several experiments were carried out. The results were as follows : (1) Suppression in absorption of nutrients such as nitrogen, phosphate or silica and decrease in number of silicified cells in the leaves in the plants grown on ill-drained paddy fields as compared with those on well-drained fields, may be partially attributed to high degree of root-rot infestation caused by low oxidation-reduction potential of the soil. In fact, the descent of Eh value of the soil in the former case was found throughout the whole growth cycle of plant. (2) High content of reserve starch in the basal portion of the shoot and in the panicles of the plants on well-drained paddy fields might be a result of good assimilation, and translocation of starch to the kernels were also smooth resulting in an increase of the weight of 1000 grains.
机译:为了清楚地清除良好排出的水稻植物的根腐灭性和养分吸收程度的差异,进行了几个实验。结果如下:(1)抑制营养物质的抑制,例如氮,磷酸盐或二氧化硅,与良好排水的稻田的植物中叶片中的叶片中硅细胞数量减少,可以部分地归因于由土壤的低氧化降低潜力引起的高度根腐灭性。事实上,在植物的整个生长循环中发现了前壳体中的土壤的eh值的下降。 (2)拍摄基底部分的储备淀粉高含量和植物的植物上良好的稻田的植物中可能是良好的同化的结果,并且淀粉的易位对核的易位也在平滑导致的增加重量为1000粒。

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