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首页> 外文期刊>日本作物學會紀事 >Studies on Photosynthesis in Rice Plant : IX. Photosynthesis and dry-matter-production of rice plants grown with heavy manuring and dense planting
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Studies on Photosynthesis in Rice Plant : IX. Photosynthesis and dry-matter-production of rice plants grown with heavy manuring and dense planting

机译:水稻植物光合作用研究:IX。用重质皱纹和浓密种植种植的水稻植物的光合作用和干物质生产

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摘要

Photosynthesis and dry-matter-production were investigated with the rice plants grown on the field under heavy manured and dense planted conditions, and the following results were obtained: 1) The experimental formulae which the authors postulated (1957) on the composition of the field photosynthetic ability of rice plants and on the light curves of their field photosynthesis, can also be applied to those plants grown under the above-mentioned conditions. 2) While the rates of dry-matter-production in dense planted, heavy manured plots are higher than the normal spaced, normal manured control plot, under abundant solar radiation, the relation is reversed when the solar radiation is scarce. This was explained from the balance between photosynthesis and respiration by introducing an idea of 'limiting intensity of solar radiation' for dry-matter-production. 3) The rate of dry-matter-accumulation in ears under scanty solar radiation is mainly deter-mined by the two factors ; the amount of total dry matter accumulated by the heading stage, and the rate of respiration, of the community.
机译:在较重的植物和致密种植条件下的田间种植的水稻植物研究了光合作用和干物质生产,并获得了以下结果:1)作者假定(1957)对该领域的组成的实验公式水稻植物的光合能力和田间光合作用的光曲线,也可以应用于在上述条件下种植的那些植物。 2)虽然浓密种植的干物质生产率,重重调味的图高于正常间隔,正常逼挤的控制图,在丰富的太阳辐射下,当太阳辐射稀缺时,关系逆转。从光合作用与呼吸之间的平衡来解释这是通过引入干物质生产的“太阳辐射的限制强度”的概念来解释。 3)缺乏太阳辐射下耳朵的干物质积累速率主要是由两个因素造成的;通过标题阶段积累的干物质总量以及社区呼吸速度。

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