宫崎县山火山喷发引起的河流中砷的动态变化

R. Takakura, K. Shozugawa, Mayumi Hori, Pianpian Yang, M. Matsuo
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引用次数: 1

摘要

自2018年4月19日日本宫崎县山山火山爆发以来,河流中砷含量超标,影响了2018年的水稻种植。在这项研究中,我们收集了赤ago- nagae河沿岸从Ebino桥到Hishikari独木舟体育场的水和沉积物,以澄清河流中排空砷的动态。河水中砷的浓度向下游方向呈下降趋势,但从埃比诺大桥到长江桥,随着河水的增加,砷的浓度被稀释。另一方面,从长江桥到裕田桥的氢化铁对氧阴离子的吸附去除了河水中的砷。
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Dynamics of Arsenic in Rivers Caused by Mt. Ioyama Eruption, Miyazaki Prefecture
Since the eruption of Mt.Ioyama, Miyazaki Pref., Japan on 19 th April 2018 , arsenic was detected in the river exceed-ing the regulatory limit, which affected the planting of rice in 2018 . In this study, we collected water and sediments along the Akago-Nagae River from the Ebino Bridge to the Hishikari canoe Stadium in order to clarify the dynamics of the drained arsenic in the river. Arsenic concentration in the river water decreased toward the downstream, however, from the Ebino Bridge to the Nagae Bridge, it was diluted by the increase of the river water. On the other hand, the adsorption of oxoanion by ferrihydride from the Nagae Bridge to the Yuda Bridge removed arsenic from river water.
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