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Mercury pollution in Rana Chensinensis in Weisha River reach, in the upstream region of Songhua River

机译:松花江上游地区渭沙河段中国林蛙的汞污染

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Twice a year continuous samples of Rana Chensinensis and sediments have been collected near gold mine in the upstream region of Songhua River from 2000 to 2002, for analyzing the total mercury (THg), methylmercury (MeHg) concentration and correlation in sediments, muscles, livers of the frog. The study indicates that THg and MeHg concentrations in polluted samples near the gold mine are higher than those in unpolluted ones. THg and MeHg concentrations are higher in autumn, in female, and in livers than those in spring, in male, in muscles respectively. The order of concentration degree in the frog organizations is as follows: liver>muscle>ovum>Fallopian tube. MeHg is the main form of mercury (Hg) existing in autumn, while Inorganic Hg is in spring. There is no distinct difference of C_(MeHg)/C_(THg) between male and female, livers and muscles. The correlation between MeHg concentrations in the river sediments and in the frog's livers and muscles are significant, which is related to disorderly discharge of Hg.
机译:2000年至2002年,在松花江上游地区金矿附近,连续两年两次采集林蛙和沉积物样品,以分析沉积物,肌肉,肝脏中的总汞(THg),甲基汞(MeHg)浓度及其相关性青蛙研究表明,金矿附近污染样品中的THg和MeHg浓度高于未污染样品中的THg和MeHg浓度。秋季,女性和肝脏中的THg和MeHg浓度分别高于春季,男性和肌肉中的THg和MeHg浓度。青蛙组织中的集中度顺序为:肝脏>肌肉>卵子>输卵管。 MeHg是秋天存在的汞的主要形式,而无机Hg是春天存在的形式。男性和女性,肝脏和肌肉之间的C_(MeHg)/ C_(THg)没有明显差异。河流沉积物中的甲基汞浓度与青蛙的肝脏和肌肉中的甲基汞浓度之间存在显着相关性,这与汞的无序排放有关。

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