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首页> 外文期刊>日本作物學會紀事 >Studies on the Development of the Ventilating System in Relation to the Tolerance against Excess-Moisture Injury in Various Crop Plants. : IV. The Ventilating Pressure in the Rice Plant Growing in Paddy-Field Conditions.
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Studies on the Development of the Ventilating System in Relation to the Tolerance against Excess-Moisture Injury in Various Crop Plants. : IV. The Ventilating Pressure in the Rice Plant Growing in Paddy-Field Conditions.

机译:各种作物植物过度湿度损伤耐受性促进系统的发展研究。 :IV。水稻植物中生长的通风压力在稻田条件下生长。

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摘要

Potted plants of the lowland rice variety, Norin 37, were used for the measurement of the ventilating pressure at intervals of bout 2 weeks after transplanting. The results obtained are as follows: 1. The ventilating pressure varied with the degree of expansion of stomatal openings and with the number of green leaves. Particularly important was the position on the stem where the lowest green leaf was attached. 2. Specific differences between the main culm and tillers in the ventilating pressure were discernible at the growth stages prior to heading, but they diminished towards maturity. 3. Seasonal changes in the ventilating pressure was recognized decidedly, the pressure being lowest at the stage of differentiation of ear-primordia. 4. Oxygen transference from the top to the roots might reasonably be affirmed.
机译:低地米品种,诺林37的盆栽植物用于在移植后2周以呼出的间隔测量通风压力。所获得的结果如下:1。通风压力随着气孔开口的膨胀程度和绿叶的数量而变化。特别重要的是茎上的位置是附着最低的绿叶。 2.在前线之前的生长阶段,在通风压力之间的主要秆和分蘖之间的具体差异,但它们对成熟度降低。 3.通风压力的季节性变化明确地识别,压力在耳后分化的阶段最低。 4.可能合理肯定从顶部到根部的氧气转移。

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