Manzo Sonia, De Nicola Flavia, De Luca Picione Fabiano, Maisto Giulia, Alfani Anna
ENEA C. R. Portici, Via Vecchio Macello, 80055 Portici (NA), Italy.
Chemosphere. 2008 May;71(10):1937-44. doi: 10.1016/j.chemosphere.2007.12.026. Epub 2008 Mar 11.
Surface soils were collected at remote, urban and industrial sites in the Southern of Italy in order to evaluate PAH concentrations and assess the toxic effects by a battery of ecotoxicological tests. The tests were performed on whole soils and on both organic and aqueous extracts. Further goal of this study was to integrate the results coming from each test and matrix in a synthetic toxicity index. The highest summation sigmaPAH concentrations were measured at the industrial soil, although this one did not show an high ecotoxicological risk. Among the performed tests, the phytotoxicity tests showed the highest sensitivity. For whole soil, the worst case always has been represented by test through bacteria. Our results could represent the first step toward the selection of a proper battery to characterize the soil ecotoxicological risk.
在意大利南部的偏远、城市和工业场地采集表层土壤,以评估多环芳烃(PAH)浓度,并通过一系列生态毒理学测试评估其毒性效应。这些测试在全土以及有机提取物和水提取物上进行。本研究的进一步目标是将来自每个测试和基质的结果整合到一个综合毒性指数中。工业土壤中测得的总PAH浓度最高,尽管该土壤并未显示出高生态毒理学风险。在所进行的测试中,植物毒性测试显示出最高的敏感性。对于全土而言,最糟糕的情况总是由细菌测试呈现。我们的结果可能代表了选择合适的测试组合以表征土壤生态毒理学风险的第一步。