Matches in SemOpenAlex for { <https://semopenalex.org/work/W3082120003> ?p ?o ?g. }
- W3082120003 endingPage "123829" @default.
- W3082120003 startingPage "123829" @default.
- W3082120003 abstract "Rhizosphere soil physiochemical properties, enzyme activities and rhizosphere associated microbial communities are of the central importance for modulating phytoremediation in heavy metal contaminated soil. In this study, the rhizosphere micro-ecological characteristics of phytoremediation in seven groups of contaminated soil with different heavy metal species and concentrations were examined. The results showed that heavy metal-enrichment inhibited plant growth, but enhanced both anions (Cr2O72−) and cations (Cd2+ and Pb2+) uptake with corresponding mean values ranging from 19.37 to 168.74 mg/kg in roots and 10.89–86.53 mg/kg in shoots. Trifolium repens L. planting was able to compensate the lost caused by the heavy metal on the soil organic matter, available N, available P, available K and enzyme activities as well. According to the cluster, some species like Lysobacter, Kaistobacter and Pontibacter, was significantly related to heavy metal accumulation while others such as Flavisolibacter, Adhaeribacter and Bacillus promoted plant growth. The importance of root-associated microbial community could relatively regulate plant growth and heavy metal uptake. Our study not only illustrated the correlation among rhizosphere micro-ecological parameters, and the possible mechanisms of phytoremediation regulation, but also provide clear strategy for improving the phytoremediation efficiency." @default.
- W3082120003 created "2020-09-08" @default.
- W3082120003 creator A5015596871 @default.
- W3082120003 creator A5058636315 @default.
- W3082120003 creator A5066289602 @default.
- W3082120003 creator A5085038732 @default.
- W3082120003 date "2021-01-01" @default.
- W3082120003 modified "2023-10-12" @default.
- W3082120003 title "Trifolium repens L. regulated phytoremediation of heavy metal contaminated soil by promoting soil enzyme activities and beneficial rhizosphere associated microorganisms" @default.
- W3082120003 cites W1126087942 @default.
- W3082120003 cites W1453361964 @default.
- W3082120003 cites W1974147815 @default.
- W3082120003 cites W2006646880 @default.
- W3082120003 cites W2016382070 @default.
- W3082120003 cites W2017661170 @default.
- W3082120003 cites W2025853769 @default.
- W3082120003 cites W2046788195 @default.
- W3082120003 cites W2052504406 @default.
- W3082120003 cites W2054600557 @default.
- W3082120003 cites W2068150998 @default.
- W3082120003 cites W2070830161 @default.
- W3082120003 cites W2121094884 @default.
- W3082120003 cites W2147564402 @default.
- W3082120003 cites W2152258068 @default.
- W3082120003 cites W2174530374 @default.
- W3082120003 cites W2200434985 @default.
- W3082120003 cites W2287545355 @default.
- W3082120003 cites W2299910792 @default.
- W3082120003 cites W2332064264 @default.
- W3082120003 cites W2415037107 @default.
- W3082120003 cites W2417056951 @default.
- W3082120003 cites W2483408187 @default.
- W3082120003 cites W2526534861 @default.
- W3082120003 cites W2539696924 @default.
- W3082120003 cites W2542806014 @default.
- W3082120003 cites W2559967234 @default.
- W3082120003 cites W2560342677 @default.
- W3082120003 cites W2565797127 @default.
- W3082120003 cites W2565813131 @default.
- W3082120003 cites W2574363633 @default.
- W3082120003 cites W2576594276 @default.
- W3082120003 cites W2582374919 @default.
- W3082120003 cites W2592584472 @default.
- W3082120003 cites W2594683716 @default.
- W3082120003 cites W2600522433 @default.
- W3082120003 cites W2624971529 @default.
- W3082120003 cites W2626605965 @default.
- W3082120003 cites W2749115738 @default.
- W3082120003 cites W2754383994 @default.
- W3082120003 cites W2754408357 @default.
- W3082120003 cites W2759660820 @default.
- W3082120003 cites W2765397352 @default.
- W3082120003 cites W2776794071 @default.
- W3082120003 cites W2781060544 @default.
- W3082120003 cites W2791534712 @default.
- W3082120003 cites W2792799257 @default.
- W3082120003 cites W2802789281 @default.
- W3082120003 cites W2803078882 @default.
- W3082120003 cites W2804060790 @default.
- W3082120003 cites W2891165466 @default.
- W3082120003 cites W2891465306 @default.
- W3082120003 cites W2894644084 @default.
- W3082120003 cites W2896819968 @default.
- W3082120003 cites W2899232248 @default.
- W3082120003 cites W2901052401 @default.
- W3082120003 cites W2905057656 @default.
- W3082120003 cites W2906163805 @default.
- W3082120003 cites W2907869529 @default.
- W3082120003 cites W2921165395 @default.
- W3082120003 cites W2923774521 @default.
- W3082120003 cites W2968744585 @default.
- W3082120003 cites W2984403635 @default.
- W3082120003 cites W2985623412 @default.
- W3082120003 cites W2991030290 @default.
- W3082120003 cites W3011293528 @default.
- W3082120003 cites W3014656967 @default.
- W3082120003 cites W3040783824 @default.
- W3082120003 cites W325471450 @default.
- W3082120003 cites W4240806479 @default.
- W3082120003 cites W847936050 @default.
- W3082120003 doi "https://doi.org/10.1016/j.jhazmat.2020.123829" @default.
- W3082120003 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/33254810" @default.
- W3082120003 hasPublicationYear "2021" @default.
- W3082120003 type Work @default.
- W3082120003 sameAs 3082120003 @default.
- W3082120003 citedByCount "127" @default.
- W3082120003 countsByYear W30821200032021 @default.
- W3082120003 countsByYear W30821200032022 @default.
- W3082120003 countsByYear W30821200032023 @default.
- W3082120003 crossrefType "journal-article" @default.
- W3082120003 hasAuthorship W3082120003A5015596871 @default.
- W3082120003 hasAuthorship W3082120003A5058636315 @default.
- W3082120003 hasAuthorship W3082120003A5066289602 @default.
- W3082120003 hasAuthorship W3082120003A5085038732 @default.
- W3082120003 hasBestOaLocation W30821200031 @default.
- W3082120003 hasConcept C107872376 @default.
- W3082120003 hasConcept C159750122 @default.
- W3082120003 hasConcept C168741863 @default.