Flooding-induced mobilization of potentially toxic trace elements from uncontaminated, calcareous agricultural soils

S.P. Indraratne; D. Kumaragamage

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Flooding-induced mobilization of potentially toxic trace elements from uncontaminated, calcareous agricultural soils

机译：从未污染，钙质农业土壤中泛滥诱导动员潜在的毒性微量元素

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Enhanced mobilization of potentially toxic trace elements (PTTE) is well documented for contaminated floodplains, wetlands, and rice paddies. Limited information is available on flooding-induced PTTE release from uncontaminated agricultural soils from temperate regions. We conducted an incubation study with simulated flooding using calcareous, uncontaminated agricultural soils to assess the release dynamics of a few PTTE and to identify the controlling factors. Packed soils were flooded, and soil redox potential (Eh), pH, total dissolved metals, and sulfur (S) concentrations in pore water and floodwater were measured for 8?wk. Pore water arsenic (As) and nickel (Ni) concentrations were initially low, but significantly increased with flooding by 12- and 6-fold, respectively. Copper (Cu) concentration declined with flooding, whereas zinc (Zn) showed no consistent trend. Arsenic and Ni concentrations correlated negatively with Eh, and positively with other redox-sensitive elements, whereas Cu behaved in a manner opposite to that of As and Ni, however, correlating positively with S. Pore water Zn correlated negatively with pH and Ca, and positively with Al. Principal component analysis confirmed the role of Eh on As, Ni, and Cu release from flooded soils and the pH dependency on Zn release. Prolonged flooding released environmentally significant quantities of some PTTE from uncontaminated agricultural soils.

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来源
《Canadian Journal of Soil Science》 |2018年第1期|共11页
作者
S.P. Indraratne; D. Kumaragamage;
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作者单位

Department of Environmental Studies and Sciences The University of Winnipeg Winnipeg MB R3B 2E9 Canada.;

Department of Environmental Studies and Sciences The University of Winnipeg Winnipeg MB R3B 2E9 Canada.;

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中图分类土壤学;
关键词
anaerobic conditions; calcareous soils; flooded soils; floodwater; pore water; potentially toxic trace elements; principal component analysis;

机译：厌氧条件;钙质土壤;泛滥的土壤;洪水;孔水;潜在的毒性微量元素;主要成分分析;

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4. Flooding-induced mobilization of potentially toxic trace elements from uncontaminated, calcareous agricultural soils [J] . S.P. Indraratne, D. Kumaragamage Canadian journal of soil science . 2018,第1期

机译：洪水诱发从未污染的钙质农业土壤中转移潜在的有毒微量元素
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Flooding-induced mobilization of potentially toxic trace elements from uncontaminated, calcareous agricultural soils

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