[大麦植物在持续暴露于高强度紫外线辐射条件下生长期间的产量]。

E V Kanash, V V Artem'eva, O V Nikandrova
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引用次数: 0

摘要

研究了高强度紫外线照射对大麦产量的影响。植物植被发生在田间条件下。第三叶、分蘖期和成熟期的生物有效紫外辐射强度分别为0.053、0.103和0.260 W/m2,分别是列宁格勒地区自然背景辐射强度的2倍、4倍和10倍。产值和结构分析表明,大麦植株对紫外光敏感。当紫外线照射增加2倍、4倍和10倍时,产量损失分别为22,48或64%。所有产量参数都发生了变化,如生产力、发育种子的数量和质量,后者的大小减小(1000粒种子的质量)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
[The yield of barley plants during growth in conditions of constant exposure to high-level UV-radiation].

The effect of high intensity UV-irradiation on barley productivity was investigated. Plant vegetation occurred in field conditions. The intensity of biologically effective UV-irradiation applied at the stages of the third leaf, onset of tillering and maturity was 0.053, 0.103, and 0.260 W/m2, respectively, which was 2, 4, and 10 times higher than the natural background in the city of Leningrad. Analysis of the yield value and structure showed that barley plants were UV-sensitive. Yield losses amounted to 22, 48, or 64%, when UV-irradiation increased 2, 4, or 10 times, respectively. Changes were found in all yield parameters such as productive bushiness, quantity and mass of developing seeds, the size of the latter being diminished (mass of 1000 seeds).

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