Effect of tritium on the morpho-anatomical structure of the common reed (Phragmites australis)

A. Yankauskas, N. Larionova, A. Shatrov
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引用次数: 1

Abstract

The article presents the results of research on the morpho-anatomical structure of the plants growing under chronic exposure to ionizing radiation. The research was conducted in the territory of the Semipalatinsk test site in the vicinity of the Shagan river. The radioecological situation in the study area is determined by the presence of the long-lived radionuclides 3H, 90Sr, 239+240Pu in components comprising the natural environment. The main contributor to the radioactive contam-ination of the nature components is 3H. The findings of the study show that when 3H specific activ-ity in the free water of the common reed grass increases to n103-n105 Bq/kg, some anatomical parameters of its cane and leaf are reduced. The study also shows that with the increase in triti-um specific activity from n102 to n105 Bq/kg the anatomical parameters of the cane (scleren-chyma, cane diameter) decrease. When the specific activity of tritium increases to n104 Bq/kg, the leaf anatomical parameters are reduced. When specific activity of 3H increases to n105 Bq/kg there is the general tendency to the insignificant increase in anatomical parameters.
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氚对芦苇形态解剖结构的影响
本文介绍了慢性电离辐射照射下植物形态解剖结构的研究结果。这项研究是在沙干河附近的塞米巴拉金斯克试验场境内进行的。研究区的放射性生态状况是由组成自然环境的成分中存在的长寿命放射性核素3H、90Sr、239+240Pu决定的。自然组分的放射性污染的主要贡献者是3H。研究结果表明,当芦苇自由水中3H比活性增加到n103-n105 Bq/kg时,其茎秆和叶片的一些解剖参数降低。研究还表明,随着氚比活性从n102增加到n105 Bq/kg,甘蔗的解剖参数(膜组织、甘蔗直径)减小。当氚比活度增加到n104 Bq/kg时,叶片解剖参数降低。当3H比活度增加到n105 Bq/kg时,解剖参数的增加总体趋向于不显著。
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