FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3216797844> ?p ?o ?g. }

• W3216797844 endingPage "113037" @default.
• W3216797844 startingPage "113037" @default.
• W3216797844 abstract "Over the past few decades, nonferrous mining has produced numerous waste rock and part of the waste that has not been properly treated was generally dumped at roadsides and hill slopes. However, the vertical distributions of toxic metal(loid)s and composition of microbial communities in waste heap and the under-laid pristine soil are rarely studied. In this work, the fraction-related distributions of toxic metal(loid)s were investigated at a waste heap profile and the indigenous microbial assemblages were also analyzed by Illumina sequencing of 16 s rRNA genes. Results showed that compared to the under-laid pristine soil, content of toxic metal(loid)s, especially Cd, As and Pb, in waste rock layer were higher. Most of As in subsoil existed as non-specifically sorbed and specifically-sorbed fractions, which could be ascribed to the migration from the upper layer. The mobility was significantly correlated with Eh, EC, clay content, CEC and the total content of metal(loid)s. Phyla Proteobacteria, Acidobacteria and Firmicutes dominated the microbial communities. The microbial community compositions at the genus level were similar, but their relative abundances were mainly influenced by pH, CEC, Eh, SOM, and bioavailability content of toxic metal(loid)s. Besides, microbial functions of elements (S, Fe, Mn and As) oxidation/reduction and metabolites (siderophore, biosurfactant, organic acid, phosphatase and urease) potentially were used for pollutants bioremediation." @default.
• W3216797844 created "2021-12-06" @default.
• W3216797844 creator A5002722827 @default.
• W3216797844 creator A5023092732 @default.
• W3216797844 creator A5035594773 @default.
• W3216797844 creator A5040571265 @default.
• W3216797844 creator A5056034063 @default.
• W3216797844 creator A5061297038 @default.
• W3216797844 creator A5062806453 @default.
• W3216797844 creator A5068599418 @default.
• W3216797844 creator A5074588642 @default.
• W3216797844 creator A5084660488 @default.
• W3216797844 creator A5085604566 @default.
• W3216797844 creator A5088827325 @default.
• W3216797844 date "2021-12-01" @default.
• W3216797844 modified "2023-09-26" @default.
• W3216797844 title "Vertical distribution of the toxic metal(loid)s chemical fraction and microbial community in waste heap at a nonferrous metal mining site" @default.
• W3216797844 cites W1841679016 @default.
• W3216797844 cites W1854608032 @default.
• W3216797844 cites W1966948893 @default.
• W3216797844 cites W1978301541 @default.
• W3216797844 cites W1983063890 @default.
• W3216797844 cites W1990277186 @default.
• W3216797844 cites W1991831813 @default.
• W3216797844 cites W1996483859 @default.
• W3216797844 cites W1999058138 @default.
• W3216797844 cites W2003717692 @default.
• W3216797844 cites W2005453058 @default.
• W3216797844 cites W2022920779 @default.
• W3216797844 cites W2030112809 @default.
• W3216797844 cites W2039830218 @default.
• W3216797844 cites W2043477761 @default.
• W3216797844 cites W2045035473 @default.
• W3216797844 cites W2046267505 @default.
• W3216797844 cites W2047702669 @default.
• W3216797844 cites W2064351615 @default.
• W3216797844 cites W2068564391 @default.
• W3216797844 cites W2070003848 @default.
• W3216797844 cites W2074632453 @default.
• W3216797844 cites W2075319899 @default.
• W3216797844 cites W2076205476 @default.
• W3216797844 cites W2084125262 @default.
• W3216797844 cites W2088042466 @default.
• W3216797844 cites W2090553396 @default.
• W3216797844 cites W2093288993 @default.
• W3216797844 cites W2096094050 @default.
• W3216797844 cites W2133862453 @default.
• W3216797844 cites W2154411423 @default.
• W3216797844 cites W2161648098 @default.
• W3216797844 cites W2163169737 @default.
• W3216797844 cites W2220362717 @default.
• W3216797844 cites W2330337812 @default.
• W3216797844 cites W2343723709 @default.
• W3216797844 cites W2465615826 @default.
• W3216797844 cites W2614714424 @default.
• W3216797844 cites W2759660820 @default.
• W3216797844 cites W2774674510 @default.
• W3216797844 cites W2784260830 @default.
• W3216797844 cites W2800130237 @default.
• W3216797844 cites W2801175333 @default.
• W3216797844 cites W2806554164 @default.
• W3216797844 cites W2891061558 @default.
• W3216797844 cites W2891061560 @default.
• W3216797844 cites W2896056917 @default.
• W3216797844 cites W2907647454 @default.
• W3216797844 cites W2921033143 @default.
• W3216797844 cites W2924904550 @default.
• W3216797844 cites W2939836715 @default.
• W3216797844 cites W2947670724 @default.
• W3216797844 cites W2951371558 @default.
• W3216797844 cites W2955229389 @default.
• W3216797844 cites W2980036977 @default.
• W3216797844 cites W2980654252 @default.
• W3216797844 cites W2985097474 @default.
• W3216797844 cites W2986685049 @default.
• W3216797844 cites W2987454743 @default.
• W3216797844 cites W2993788233 @default.
• W3216797844 cites W2995607582 @default.
• W3216797844 cites W3041463265 @default.
• W3216797844 cites W3046209841 @default.
• W3216797844 cites W3047456331 @default.
• W3216797844 cites W3048626701 @default.
• W3216797844 cites W3088064678 @default.
• W3216797844 cites W3088251580 @default.
• W3216797844 cites W3089011081 @default.
• W3216797844 cites W3094333672 @default.
• W3216797844 cites W3118460342 @default.
• W3216797844 cites W3118796108 @default.
• W3216797844 cites W1157891834 @default.
• W3216797844 doi "https://doi.org/10.1016/j.ecoenv.2021.113037" @default.
• W3216797844 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/34856484" @default.
• W3216797844 hasPublicationYear "2021" @default.
• W3216797844 type Work @default.
• W3216797844 sameAs 3216797844 @default.
• W3216797844 citedByCount "9" @default.
• W3216797844 countsByYear W32167978442022 @default.
• W3216797844 countsByYear W32167978442023 @default.
• W3216797844 crossrefType "journal-article" @default.

• next