首页> 外文期刊>日本作物學會紀事 >Effect of Phosphate on the Hardiness of Rice Seedling Transplanted under Bad Climatic Conditions : I. Amount of phosphate fertilizing in upland seed-bed and the character of seedling grown therein : II. Effect of various treatment with phosphate on rice seed
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Effect of Phosphate on the Hardiness of Rice Seedling Transplanted under Bad Climatic Conditions : I. Amount of phosphate fertilizing in upland seed-bed and the character of seedling grown therein : II. Effect of various treatment with phosphate on rice seed

机译:磷酸盐对恶性气候条件下水稻幼苗耐核的影响:1。旱地床施肥量的磷施肥量及其在其中种植的幼苗特征:II。各种治疗与磷酸盐对水稻种子的影响

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1. Rice seedlings were grown under various levels of phosphate fertilizing in upland seed-bed. One of the important characters of upland seedlings, high level of starch accumulation at transplanting time, was strengthened by an adequate assimilation of phosphate. Such seedlings, when transplanted in the field, surpassed the others in rooting, growing, and incidentally, yielding abilities. For the adaptation to such bad environments as low temperature or less light intensity, seedlings were needed to reserve a little higher phosphate level. 2. Rice seeds were soaked in phosphate solution of various concentration, and also ionized phosphate solution made by electro-osmosis. Positive effects were obtained on the growth of seedlings, especially, root development by the both treatments. As the former, 0.1∼0.05 molar solutions were most effectual. As the latter, there were no significant differences between ionic values of phosphate of sodium salts ionized, and co-existence with such anions as silicate or molybdate did not increase the effect of phosphate ion. Agar coating of seed with phosphate also promoted the rooting ability of young seedlings.
机译:1.在旱地床上的各种磷酸盐施肥中生长水稻幼苗。通过磷酸盐的充分同化,加强了普满幼苗的重要特征,在移植时间在移植时间进行了高水平的淀粉积累。当移植在该领域时,这种幼苗超过了其他人生根,生长和顺便,产生了屈服的能力。为了适应这种糟糕的环境,作为低温或更小的光强度,需要幼苗来保留较高的磷酸盐水平。 2.米种子浸泡在各种浓度的磷酸盐溶液中,并通过电渗透制备的磷酸盐溶液。在幼苗的生长中获得了积极影响,特别是两种治疗的根本发育。作为前者,0.1〜0.05摩尔溶液最有效。作为后者,离子盐的磷酸盐离子值之间没有显着差异,并且与硅酸盐或钼酸盐这样的阴离子共存并未增加磷酸根离子的作用。磷酸盐的种子琼脂涂层还促进了幼苗的生根能力。

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