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- W4283267404 endingPage "135413" @default.
- W4283267404 startingPage "135413" @default.
- W4283267404 abstract "Increase of water quality in aquatic systems has become a hot button issue in recent decades. However, with the aim to implement an effective remediation strategy, the first step is to identify the sources of diffuse and point-source pollution using several tracers. In urban areas, B isotopes, Gd enrichment, Cl− or carbamazepine concentrations can be used as wastewater treatment plant tracers. In this study, a focus was made on the quantification of a wide variety of inorganic compounds (elements, ions, isotopic ratios) all along the Marque River, a small stream located in Northern France receiving effluents coming from seven wastewater treatment plants (WWTPs). The objectives were (i) to determine the importance of the WWTPs discharge during low water events, (ii) to assess the efficiency of conventional tracers in quantifying the contribution of the WWTPs and (iii) to investigate new potential tracers less commonly used. The results have shown, through statistical analyses ANOVA (Analysis Of Variance) tests, PCA (Principal Component Analysis) and contribution calculations, that the WWTPs discharges strongly impact the water composition of all the watercourse and particularly during the first 6 km. However, due to high discharges of wastewaters not always well treated, some classical indicators (e.g. B, Rb/Sr) have shown limitations when used alone. The use of a set of relevant tracers including alkali metals could therefore be one solution for overcoming such a problem. Finally, other indicators like Rb/B or Gd/Pt ratios may also be a way to tackle this issue; they are indeed promising to discriminate the source of wastewaters." @default.
- W4283267404 created "2022-06-23" @default.
- W4283267404 creator A5008259379 @default.
- W4283267404 creator A5040055557 @default.
- W4283267404 creator A5061605064 @default.
- W4283267404 creator A5064153884 @default.
- W4283267404 creator A5077826575 @default.
- W4283267404 date "2022-10-01" @default.
- W4283267404 modified "2023-09-30" @default.
- W4283267404 title "On inorganic tracers of wastewater treatment plant discharges along the Marque River (Northern France)" @default.
- W4283267404 cites W1909851795 @default.
- W4283267404 cites W1964612744 @default.
- W4283267404 cites W1967197499 @default.
- W4283267404 cites W1974681193 @default.
- W4283267404 cites W1975993854 @default.
- W4283267404 cites W1978005615 @default.
- W4283267404 cites W1988844371 @default.
- W4283267404 cites W1992336952 @default.
- W4283267404 cites W1993141390 @default.
- W4283267404 cites W1994019507 @default.
- W4283267404 cites W1994596251 @default.
- W4283267404 cites W1995171629 @default.
- W4283267404 cites W1999868715 @default.
- W4283267404 cites W2000362472 @default.
- W4283267404 cites W2001049058 @default.
- W4283267404 cites W2002966789 @default.
- W4283267404 cites W2006426146 @default.
- W4283267404 cites W2006648078 @default.
- W4283267404 cites W2009073384 @default.
- W4283267404 cites W2011382039 @default.
- W4283267404 cites W2019369781 @default.
- W4283267404 cites W2042731496 @default.
- W4283267404 cites W2043288354 @default.
- W4283267404 cites W2044347084 @default.
- W4283267404 cites W2047263661 @default.
- W4283267404 cites W2049288368 @default.
- W4283267404 cites W2050597250 @default.
- W4283267404 cites W2051792723 @default.
- W4283267404 cites W2055805202 @default.
- W4283267404 cites W2058578182 @default.
- W4283267404 cites W2058788794 @default.
- W4283267404 cites W2060101817 @default.
- W4283267404 cites W2065281224 @default.
- W4283267404 cites W2076829163 @default.
- W4283267404 cites W2079060262 @default.
- W4283267404 cites W2080990676 @default.
- W4283267404 cites W2081582067 @default.
- W4283267404 cites W2083112099 @default.
- W4283267404 cites W2083658719 @default.
- W4283267404 cites W2086145083 @default.
- W4283267404 cites W2087028814 @default.
- W4283267404 cites W2090444032 @default.
- W4283267404 cites W2091486383 @default.
- W4283267404 cites W2092283121 @default.
- W4283267404 cites W2093837522 @default.
- W4283267404 cites W2094826887 @default.
- W4283267404 cites W2117717643 @default.
- W4283267404 cites W2120705295 @default.
- W4283267404 cites W2125007122 @default.
- W4283267404 cites W2145197059 @default.
- W4283267404 cites W2153947402 @default.
- W4283267404 cites W2163543484 @default.
- W4283267404 cites W2172702261 @default.
- W4283267404 cites W2184450327 @default.
- W4283267404 cites W2275902195 @default.
- W4283267404 cites W2292294974 @default.
- W4283267404 cites W2315094621 @default.
- W4283267404 cites W2342975655 @default.
- W4283267404 cites W2540960831 @default.
- W4283267404 cites W2544753069 @default.
- W4283267404 cites W2594828062 @default.
- W4283267404 cites W2607095912 @default.
- W4283267404 cites W2634571039 @default.
- W4283267404 cites W2765287401 @default.
- W4283267404 cites W2775785092 @default.
- W4283267404 cites W2780178012 @default.
- W4283267404 cites W2783751773 @default.
- W4283267404 cites W2792684652 @default.
- W4283267404 cites W2794509366 @default.
- W4283267404 cites W2890189029 @default.
- W4283267404 cites W2897677900 @default.
- W4283267404 cites W2934541176 @default.
- W4283267404 cites W2947574959 @default.
- W4283267404 cites W2952372663 @default.
- W4283267404 cites W2952616648 @default.
- W4283267404 cites W2956028194 @default.
- W4283267404 cites W2988430971 @default.
- W4283267404 cites W2995951039 @default.
- W4283267404 cites W2997835430 @default.
- W4283267404 cites W3015864363 @default.
- W4283267404 cites W3034637688 @default.
- W4283267404 cites W3038492429 @default.
- W4283267404 cites W3042461361 @default.
- W4283267404 cites W3090255785 @default.
- W4283267404 cites W3157422809 @default.
- W4283267404 cites W751836360 @default.
- W4283267404 cites W2088618715 @default.
- W4283267404 doi "https://doi.org/10.1016/j.chemosphere.2022.135413" @default.