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首页> 外文期刊>KSCE journal of civil engineering >Cadmium and Lead Uptake Capacity of Energy Crops and Distribution of Metals within the Plant Structures
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Cadmium and Lead Uptake Capacity of Energy Crops and Distribution of Metals within the Plant Structures

机译:植物结构中能量作物对镉和铅的吸收能力以及金属的分布

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The objectives of this research were to investigate the accumulation and distribution of Cd and Pb in plant parts and to evaluate the potential problem caused by heavy metals when biofuel is produced by plant seeds cultivated from Cd and Pb contaminated soil. Based on the germination test results, sunflowers were selected as the target plant because of their high germination rate and IC_(50) compared to other plants. The trends of accumulated amounts and concentrations of Cd and Pb in sunflowers were not identical. The accumulation of Cd in the plant parts was in the order of: seeds > stem > leaves > petals > roots, with the accumulation of Pb: stem > roots > leaves > petals > seeds. Pb did not accumulate in the seeds. Our findings show that there should not be any significant problem producing biofuel from sunflower seeds cultivated in Pb contaminated soil.
机译:这项研究的目的是调查Cd和Pb在植物部位中的积累和分布,并评估在Cd和Pb污染土壤中种植的植物种子生产生物燃料时重金属引起的潜在问题。根据发芽测试结果,选择向日葵作为目标植物,因为其发芽率高,IC_(50)比其他植物高。向日葵中镉和铅的累积量和浓度的趋势并不相同。 Cd在植物部位的积累顺序为:种子>茎>叶>花瓣>根,Pb的积累量为:茎>根>叶片>花瓣>种子。铅没有积累在种子中。我们的研究结果表明,从被Pb污染的土壤中种植的向日葵种子生产生物燃料应该没有任何重大问题。

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