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A preliminary study on fate of oil in marine sediments inhabited by the polychaete Nereis diversicolor

机译:多川地区多层多种子体居住在海洋沉积物中石油命运的初步研究

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In this study the fate of oil in marine sediment inhabited by the polychaete Nereis diversicolor is investigated. Data from two preliminary biodegradation experiments have been analysed using univariate plots as well as multivariate data analysis (Principal Component Analysis). Results show that when Nereis diversicolor is not present in the sediment the degradation of oil is very slow and weathering processes, e.g. evaporation and dissolution, are the only processes changing the composition of oil. When Nereis diversicolor is present in the sediment marked changes in the oil composition occur as indicated by changes in several biodegradation indices. The results indicate that multivariate data analysis is potentially a strong tool in the evaluation of changes in oil composition due to weathering and biodegradation processes, and that the isomeric patterns of C1-Fluorenes could be applied as indices for infaunal degradation. The present work is considered a pilot study indicating the need for further investigations of interactions between bioturbating infaunal organisms and persistent sediment pollutants.
机译:在这项研究中,研究了多档地区多层多种子解聚类海洋沉积物中油的命运。使用单变量地块以及多变量数据分析(主要成分分析)分析了来自两个初步生物降解实验的数据。结果表明,当沉积物中不存在沉积物时,油的降解是非常缓慢和耐候​​的过程,例如。蒸发和溶解,是唯一改变油组成的过程。当在沉积物中存在Neeis Diversicolor时,在若干生物降解指数中的变化所示,砂油组合物的显着变化。结果表明,多变量数据分析在评估由于耐候和生物降解过程引起的油组合变化中的可能性是强大的工具,并且C1-氟化物的异构模式可作为婴儿降解的索引。目前的作品被认为是一种试验研究,表明需要进一步研究生物诱导婴儿生物与持续沉积物污染物之间的相互作用。

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