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- W4309338006 abstract "Nonylphenol (NP) and cadmium (Cd), very toxic to microorganisms, plants, and animals, are often detected simultaneously in soil and water. Selenium (Se) is important to microorganisms and plants. A pot experiment was carried out to explore the effect of Se on the efficiency of ryegrass in the remediation of NP-Cd co-contaminated soil. The removal rate of soil NP and Cd increased by 6.2 % and 30.8 %, respectively, with the application of exogenous Se in NP-contaminated soil (50 mg·kg−1). The selenium significantly increased the catalase activity (11.5–24.5%), but decreased the activities of acid phosphatase (5.5–9.0 %), invertase (19.8–22.5 %), and urease (11.1–18.4 %) in NP contaminated soil (50 mg·kg−1) (p＜0.05). The selenium also increased the relative abundance of beneficial bacteria, including Massilia, Burkholderiaceae, Micrococcales, and Sphingomonas in the NP-Cd co-contaminated soil. These bacteria are closely related to Cd and NP pollution remediation. In summary, applying Se to the contaminated soil effectively improved the efficiency of the phytoremediation of NP and Cd, and also increased the relative abundance and diversity of microorganisms in the NP-Cd co-contaminated soil. These findings can attract practical interest in phytoremediation measures of organic and heavy metals co-contaminated soil." @default.
- W4309338006 created "2022-11-26" @default.
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- W4309338006 date "2022-12-01" @default.
- W4309338006 modified "2023-10-07" @default.
- W4309338006 title "The application of exogenous Se improved the remediation efficiency of Lolium multiflorum Lam grown in nonylphenol-Cd Co-contaminated soil" @default.
- W4309338006 cites W1884988864 @default.
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- W4309338006 cites W1974800658 @default.
- W4309338006 cites W1977981876 @default.
- W4309338006 cites W1978429703 @default.
- W4309338006 cites W1999975047 @default.
- W4309338006 cites W2005671057 @default.
- W4309338006 cites W2016452791 @default.
- W4309338006 cites W2021715615 @default.
- W4309338006 cites W2028136439 @default.
- W4309338006 cites W2028897916 @default.
- W4309338006 cites W2036391526 @default.
- W4309338006 cites W2047290064 @default.
- W4309338006 cites W2057957661 @default.
- W4309338006 cites W2058605836 @default.
- W4309338006 cites W2060155373 @default.
- W4309338006 cites W2064299044 @default.
- W4309338006 cites W2065270681 @default.
- W4309338006 cites W2072613497 @default.
- W4309338006 cites W2073756366 @default.
- W4309338006 cites W2074379611 @default.
- W4309338006 cites W2094556295 @default.
- W4309338006 cites W2102676296 @default.
- W4309338006 cites W2103846993 @default.
- W4309338006 cites W2105713563 @default.
- W4309338006 cites W2114832304 @default.
- W4309338006 cites W21212073 @default.
- W4309338006 cites W2167871627 @default.
- W4309338006 cites W2380336263 @default.
- W4309338006 cites W2399009721 @default.
- W4309338006 cites W2471570031 @default.
- W4309338006 cites W2480042726 @default.
- W4309338006 cites W2560029175 @default.
- W4309338006 cites W2611157627 @default.
- W4309338006 cites W2770517099 @default.
- W4309338006 cites W2773034555 @default.
- W4309338006 cites W2790485517 @default.
- W4309338006 cites W2793399404 @default.
- W4309338006 cites W2803201741 @default.
- W4309338006 cites W2803792218 @default.
- W4309338006 cites W2883018889 @default.
- W4309338006 cites W2888472060 @default.
- W4309338006 cites W2896629147 @default.
- W4309338006 cites W2898886596 @default.
- W4309338006 cites W2902717534 @default.
- W4309338006 cites W2903597653 @default.
- W4309338006 cites W2908868539 @default.
- W4309338006 cites W2913490692 @default.
- W4309338006 cites W2914962599 @default.
- W4309338006 cites W2931285036 @default.
- W4309338006 cites W2941273018 @default.
- W4309338006 cites W2944519690 @default.
- W4309338006 cites W2962494076 @default.
- W4309338006 cites W2969846994 @default.
- W4309338006 cites W2979306403 @default.
- W4309338006 cites W2998110142 @default.
- W4309338006 cites W3008002837 @default.
- W4309338006 cites W3008803419 @default.
- W4309338006 cites W3011499258 @default.
- W4309338006 cites W3025664249 @default.
- W4309338006 cites W3036648473 @default.
- W4309338006 cites W3041463265 @default.
- W4309338006 cites W3045459135 @default.
- W4309338006 cites W3048408316 @default.
- W4309338006 cites W3049405788 @default.
- W4309338006 cites W3049747266 @default.
- W4309338006 cites W3098056352 @default.
- W4309338006 cites W3126897468 @default.
- W4309338006 cites W3130950994 @default.
- W4309338006 cites W3131290270 @default.
- W4309338006 cites W3155656069 @default.
- W4309338006 cites W3157786321 @default.
- W4309338006 cites W3161047530 @default.
- W4309338006 cites W3162584951 @default.
- W4309338006 cites W3165331778 @default.
- W4309338006 cites W3170052916 @default.
- W4309338006 cites W3173489100 @default.
- W4309338006 cites W3187278421 @default.
- W4309338006 doi "https://doi.org/10.1016/j.jece.2022.108962" @default.
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