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• W4383272362 endingPage "118513" @default.
• W4383272362 startingPage "118513" @default.
• W4383272362 abstract "The assessment of waste ecotoxicity (hazardous property HP14 in the European Union) is fundamental for proper waste classification and safe application/disposal. Biotests are relevant for evaluating waste complex matrices, but their efficiency is crucial to encourage their adoption at the industrial level. This work aims at evaluating possibilities of improving the efficiency of a biotest battery previously suggested in the literature, regarding test selection, duration, and/or laboratory resources optimization. Fresh incineration bottom ash (IBA) was the case study. The test battery analysed included standard aquatic (bacteria, microalgae, macrophytes, daphnids, rotifers, fairy shrimp) and terrestrial (bacteria, plants, earthworms, collembolans) organisms. The assessment followed an Extended Limit Test design (three dilutions of eluate or solid IBA) and the Lowest Ineffective Dilution (LID-approach) for ecotoxicity classification. The results emphasize the importance of testing different species. It was also evidenced that tests with daphnids and earthworms may be shortened to 24 h; the miniaturization of tests is suitable as e.g. differential sensitivity of microalgae and macrophytes was captured with low variability; alternative testing kits can be used when methodological difficulties are found. Microalgae were more sensitive than macrophytes. Similar results were found for the Thamnotoxkit and daphnids test for eluates with natural pH, so the former may be used as an alternative. B. rapa was the most sensitive organism, suggesting that it may be tested as the only terrestrial plant species and that minimum test duration is appropriate. F. candida does not appear to add information to the battery. The differences in sensitivity of A. fischeri and E. fetida compared to the remaining species were not significant enough to exclude them from the battery. Thus, this work suggests a biotest battery to test IBA comprising aquatic tests - Aliivibrio fischeri, Raphidocelis subcapitata (miniaturised test), and Daphnia magna (24 h when clear deleterious effects are observed) or Thamnocephalus platyurus (toxkit) – and terrestrial tests – Arthrobacter globiformis, Brassica rapa (14 d), and Eisenia fetida (24 h). Testing waste with natural pH is also recommended. The Extended Limit Test design considering the LID-approach seems useful in waste testing, particularly for the industry, involving low effort, test material requirements, and few laboratory resources. The LID-approach allowed for differentiating ecotoxic from non-ecotoxic effects and captured different sensitivities between species. Ecotoxicological assessment of other waste may benefit from these recommendations, but caution should be taken given the properties of each waste type." @default.
• W4383272362 created "2023-07-06" @default.
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• W4383272362 date "2023-10-01" @default.
• W4383272362 modified "2023-09-26" @default.
• W4383272362 title "Evaluation of a battery of biotests to improve waste ecotoxicity assessment (HP 14), using incineration bottom ash as a case study" @default.
• W4383272362 cites W107093596 @default.
• W4383272362 cites W1923310455 @default.
• W4383272362 cites W1924235672 @default.
• W4383272362 cites W1938776128 @default.
• W4383272362 cites W1963604203 @default.
• W4383272362 cites W1973247543 @default.
• W4383272362 cites W1976311303 @default.
• W4383272362 cites W1976528756 @default.
• W4383272362 cites W1978996053 @default.
• W4383272362 cites W1988528365 @default.
• W4383272362 cites W1989315201 @default.
• W4383272362 cites W1989939829 @default.
• W4383272362 cites W1991570207 @default.
• W4383272362 cites W1995936244 @default.
• W4383272362 cites W1997854913 @default.
• W4383272362 cites W1999890726 @default.
• W4383272362 cites W2000408838 @default.
• W4383272362 cites W2001586401 @default.
• W4383272362 cites W2002611503 @default.
• W4383272362 cites W2003621587 @default.
• W4383272362 cites W2004124887 @default.
• W4383272362 cites W2005843415 @default.
• W4383272362 cites W2008557024 @default.
• W4383272362 cites W2008718978 @default.
• W4383272362 cites W2009584304 @default.
• W4383272362 cites W2011419961 @default.
• W4383272362 cites W2015585344 @default.
• W4383272362 cites W2015715459 @default.
• W4383272362 cites W2020842944 @default.
• W4383272362 cites W2024011038 @default.
• W4383272362 cites W2027523718 @default.
• W4383272362 cites W2028540758 @default.
• W4383272362 cites W2029662518 @default.
• W4383272362 cites W2030410073 @default.
• W4383272362 cites W2033242343 @default.
• W4383272362 cites W2034248448 @default.
• W4383272362 cites W2035697546 @default.
• W4383272362 cites W2040179646 @default.
• W4383272362 cites W2040249731 @default.
• W4383272362 cites W2044218596 @default.
• W4383272362 cites W2045703055 @default.
• W4383272362 cites W2049940934 @default.
• W4383272362 cites W2056901151 @default.
• W4383272362 cites W2059869891 @default.
• W4383272362 cites W2062524193 @default.
• W4383272362 cites W2064520083 @default.
• W4383272362 cites W2066774003 @default.
• W4383272362 cites W2067633106 @default.
• W4383272362 cites W2071639244 @default.
• W4383272362 cites W2076366934 @default.
• W4383272362 cites W2077721381 @default.
• W4383272362 cites W2081017165 @default.
• W4383272362 cites W2087187841 @default.
• W4383272362 cites W2091415019 @default.
• W4383272362 cites W2101864901 @default.
• W4383272362 cites W2104777695 @default.
• W4383272362 cites W2117451383 @default.
• W4383272362 cites W2118118892 @default.
• W4383272362 cites W2130021223 @default.
• W4383272362 cites W2135676651 @default.
• W4383272362 cites W2144913885 @default.
• W4383272362 cites W2153594696 @default.
• W4383272362 cites W2157249292 @default.
• W4383272362 cites W2168587359 @default.
• W4383272362 cites W2294750714 @default.
• W4383272362 cites W2394590783 @default.
• W4383272362 cites W2519186217 @default.
• W4383272362 cites W2561205748 @default.
• W4383272362 cites W2564649736 @default.
• W4383272362 cites W2615895980 @default.
• W4383272362 cites W2727513829 @default.
• W4383272362 cites W2748015994 @default.
• W4383272362 cites W2775270727 @default.
• W4383272362 cites W2787645682 @default.
• W4383272362 cites W2790164716 @default.
• W4383272362 cites W2793054103 @default.
• W4383272362 cites W2811382786 @default.
• W4383272362 cites W2888807976 @default.
• W4383272362 cites W2891072568 @default.
• W4383272362 cites W2895152764 @default.
• W4383272362 cites W2912547625 @default.
• W4383272362 cites W2918359229 @default.
• W4383272362 cites W2953118183 @default.
• W4383272362 cites W2953903287 @default.
• W4383272362 cites W2966588956 @default.
• W4383272362 cites W2972551968 @default.

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