Matches in SemOpenAlex for { <https://semopenalex.org/work/W4366083231> ?p ?o ?g. }
- W4366083231 endingPage "9" @default.
- W4366083231 startingPage "1" @default.
- W4366083231 abstract "Phytoremediation of arsenic (As) by Pteris vittata (P. vittata) is a cost-effective and environmentally friendly method for restoring As-contaminated sites. However, the phytoextraction efficiency is low in some cases, such as clay soil, thus biochar was applied to enhance the efficiency of As extraction. The paper investigated the effect of biochar on soil characteristic, As mobility, and As uptake in P. vittata with a 90-day greenhouse experiment. Biochar derived from rice straw was added at rates of 0.5, 1.5, and 4% (w/w). The results showed that, under biochar amendment, soil pH raised from 5.24 to 6.03 and 4.91 to 5.85, soil dissolved organic carbon (DOC) increased 11.1–46.1% and 2.8–11.2%, respectively, in rhizosphere and bulk soils. Biochar also increased soil catalase (CAT) activity significantly, especially for the rhizosphere soil. Besides, biochar increased the labile As in the soils and transfer coefficient from roots to aboveground, thereby enhancing As accumulation by P. vittata tissues. The accumulation of As in fronds of P. vittata was up to 350 mg kg−1 in 1.5% biochar, which was more than twice the control and far beyond other biochar treatments. The results indicate that biochar addition is favorable to improve phytoremediation of P. vittata in As-contaminated soil and 1.5% (w/w) biochar may be a reasonable application ratio, thus providing an effective solution to enhance the efficiency of As phytoextraction." @default.
- W4366083231 created "2023-04-19" @default.
- W4366083231 creator A5005923446 @default.
- W4366083231 creator A5049816629 @default.
- W4366083231 creator A5060411408 @default.
- W4366083231 creator A5064051319 @default.
- W4366083231 creator A5083060714 @default.
- W4366083231 date "2023-04-17" @default.
- W4366083231 modified "2023-09-30" @default.
- W4366083231 title "Enhancement of phytoextraction efficiency coupling <i>Pteris vittata</i> with low-dose biochar in arsenic-contaminated soil" @default.
- W4366083231 cites W1489947495 @default.
- W4366083231 cites W1954445256 @default.
- W4366083231 cites W1965367547 @default.
- W4366083231 cites W1977937863 @default.
- W4366083231 cites W1978184323 @default.
- W4366083231 cites W1980692383 @default.
- W4366083231 cites W1981466452 @default.
- W4366083231 cites W1981781773 @default.
- W4366083231 cites W1982777264 @default.
- W4366083231 cites W1986065770 @default.
- W4366083231 cites W1987279776 @default.
- W4366083231 cites W1995548542 @default.
- W4366083231 cites W1998947380 @default.
- W4366083231 cites W2002343964 @default.
- W4366083231 cites W2007031380 @default.
- W4366083231 cites W2012801632 @default.
- W4366083231 cites W2013392567 @default.
- W4366083231 cites W2013734931 @default.
- W4366083231 cites W2021422645 @default.
- W4366083231 cites W2025390299 @default.
- W4366083231 cites W2039439547 @default.
- W4366083231 cites W2046267505 @default.
- W4366083231 cites W2047445452 @default.
- W4366083231 cites W2049880842 @default.
- W4366083231 cites W2061502995 @default.
- W4366083231 cites W2063901241 @default.
- W4366083231 cites W2066796381 @default.
- W4366083231 cites W2070512339 @default.
- W4366083231 cites W2074982729 @default.
- W4366083231 cites W2078645873 @default.
- W4366083231 cites W2080078510 @default.
- W4366083231 cites W2082025112 @default.
- W4366083231 cites W2083554920 @default.
- W4366083231 cites W2089547845 @default.
- W4366083231 cites W2108709538 @default.
- W4366083231 cites W2110802603 @default.
- W4366083231 cites W2113498564 @default.
- W4366083231 cites W2148583852 @default.
- W4366083231 cites W2160393131 @default.
- W4366083231 cites W2168315529 @default.
- W4366083231 cites W2199271696 @default.
- W4366083231 cites W2218444876 @default.
- W4366083231 cites W2286203089 @default.
- W4366083231 cites W2300327991 @default.
- W4366083231 cites W2324307211 @default.
- W4366083231 cites W2440247599 @default.
- W4366083231 cites W2491443570 @default.
- W4366083231 cites W2508819789 @default.
- W4366083231 cites W2590059266 @default.
- W4366083231 cites W2622645270 @default.
- W4366083231 cites W2737821917 @default.
- W4366083231 cites W2769234689 @default.
- W4366083231 cites W2777575254 @default.
- W4366083231 cites W2795502657 @default.
- W4366083231 cites W2915378998 @default.
- W4366083231 cites W2923116360 @default.
- W4366083231 cites W3006318404 @default.
- W4366083231 cites W3021116571 @default.
- W4366083231 cites W3164080822 @default.
- W4366083231 cites W3190926186 @default.
- W4366083231 cites W4214890290 @default.
- W4366083231 cites W4282006272 @default.
- W4366083231 cites W4311665062 @default.
- W4366083231 doi "https://doi.org/10.1080/15226514.2023.2199876" @default.
- W4366083231 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/37066697" @default.
- W4366083231 hasPublicationYear "2023" @default.
- W4366083231 type Work @default.
- W4366083231 citedByCount "0" @default.
- W4366083231 crossrefType "journal-article" @default.
- W4366083231 hasAuthorship W4366083231A5005923446 @default.
- W4366083231 hasAuthorship W4366083231A5049816629 @default.
- W4366083231 hasAuthorship W4366083231A5060411408 @default.
- W4366083231 hasAuthorship W4366083231A5064051319 @default.
- W4366083231 hasAuthorship W4366083231A5083060714 @default.
- W4366083231 hasConcept C107872376 @default.
- W4366083231 hasConcept C112570922 @default.
- W4366083231 hasConcept C114260506 @default.
- W4366083231 hasConcept C159390177 @default.
- W4366083231 hasConcept C159750122 @default.
- W4366083231 hasConcept C17744445 @default.
- W4366083231 hasConcept C178790620 @default.
- W4366083231 hasConcept C185592680 @default.
- W4366083231 hasConcept C18903297 @default.
- W4366083231 hasConcept C199539241 @default.
- W4366083231 hasConcept C2776053758 @default.
- W4366083231 hasConcept C2779184190 @default.
- W4366083231 hasConcept C2779254018 @default.
- W4366083231 hasConcept C36759035 @default.