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Changes of Principal Components in the Sweet-Potato Plants in the Growing Period

机译:甘薯植物中主要成分在生长期间的变化

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摘要

In order to make clear the basic principles of high yield of sweet potato, variety Norin No. 10 was planted for this experiment in the year of 1953, in which, the increase or decrease of essential components, in the different organs, during their growing period have also been carefuly dtudied. The reaults obtained are as follows: 1. N or K2O percentage in the leaf-blade reach to the maximum, in the middle of July respectively and during this period, the formation of tuberous root is also observed with naked eye. 2. Immediately after the N amount in the leaf-blade or K2O amount in the petiole attains the maximum, that is, after Aug. 20, and at that time starch in the tuber increases very rapidly. This period is the leading thickening stage of tuberous root. 3. The starch percentage in leaf-blade becomes constant after July 11, so that it is presumed that assimilated stach is transfered directly to the tuber without being stored in the aerial part of plant body like other crops. 4. In order to make survey on the growth of tuberous root, it will be appropriate to investigate the maximum percentage of N and K2O in leaf-blade, and also maximum amount of N in leaf-blade and K2O in petiole with reference to various environmental conditions. 5. Some portions of components in the tuberous root are presumed to be transfered from the aerial parts of plant body after a short stay. Their proportions are as follows: [table]
机译:为了清楚甘薯的高产率的基本原理,在1953年的这一实验中种植了品种诺林第10号,其中,基本组成部分的增加或减少在他们的日益增长期间也仔细地削弱了。所获得的反弹如下:1。叶片中的N或K2O百分比达到最大值,分别在7月中旬和在此期间,用肉眼观察到结节根的形成。 2.在叶片中的N含量或叶柄中的K2O量之后立即获得最大值,即8月20日之后,并且在块茎中的那时淀粉在块茎中迅速增加。这个时期是茎秆根的前导增厚阶段。 3.在7月11日之后,叶片中的淀粉百分比变得恒定,因此推测其被同化的STACH直接转移到块茎,而不会像其他作物那样储存在植物体的空中部分。 4.为了对肺部根根的生长进行调查,将适合于研究叶片中的N和K2O的最大百分比,以及参考各种叶片和叶柄中的叶片和K2O中的最大数量环境条件。 5.在短暂停留后,假定核根中的部分组件部分从植物身体的空中部位转移。他们的比例如下:[表]

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