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Sand to Root Transfer of PAHs and PCBs by Carrots Grown on Sand with Pure Substances and Biosolids Amended Sand

机译:用纯物质和生物固体改良后的沙土种植的胡萝卜将沙土从根部转移到PAHs和PCB上

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摘要

A study on behaviour of trace organic compounds (Polycyclic Aromatic Hydrocarbons, PAH, and Polychlorinated Biphenyls, PCB) in a sand-plant system has been carried out, with the reclamation of wastewater treatment plant biosolids for agriculture in mind. Carrot plants (Daucus carota) were grown on soilless culture (sand), to provide optimal transfer conditions, in plant containers inside a temperature regulated greenhouse. There were two types of experiment. The trace organic compounds have initially been introduced as pure substances. A second experiment has been carried out under the same conditions, but using biosolids. Plant development has been unaffected by the presence of the pure substances and the biosolids. The transfer of the trace organic compounds has been followed in the peel, the core and the leaves of the carrot plants. Results obtained are expressed as fluxes of the trace organic compounds into the plant. The results clearly show that trace organic compounds accumulate in the carrot peel.
机译:已经着手研究沙子植物系统中痕量有机化合物(多环芳烃,多环芳烃和多氯联苯,PCB)的行为,并考虑到了废水处理厂用于农业的生物固体的回收。在温度调节温室内的植物容器中,胡萝卜植物(Daucus carota)在无土栽培(沙土)上生长,以提供最佳转移条件。有两种类型的实验。痕量有机化合物最初是作为纯物质引入的。在相同条件下进行了第二次实验,但是使用了生物固体。纯物质和生物固体的存在不会影响植物的发育。在胡萝卜植物的果皮,核心和叶子中都跟踪了痕量有机化合物的转移。获得的结果表示为痕量有机化合物通入植物的通量。结果清楚地表明,胡萝卜皮中积累了微量有机化合物。

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