FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3010886623> ?p ?o ?g. }

• W3010886623 endingPage "259" @default.
• W3010886623 startingPage "259" @default.
• W3010886623 abstract "Environmental contamination due to human activities is a worldwide problem that has led to the development of different remediation techniques, including biotechnological approaches such as phytoextraction and phytostabilization. These techniques take advantage of pioneer plants that naturally develop tolerance mechanisms to survive in extreme environments. A multi-technique and multi-disciplinary approach was applied for the investigation of Helichrysum microphyllum subsp. tyrrhenicum samples, bulk soil, and rhizospheres collected from a metal-extreme environment (Zn-Pb mine of Campo Pisano, SW Sardinia, Italy). Zinc, Pb, and Cd are the most abundant metals, with Zn attaining 3 w/w% in the rhizosphere solid materials, inducing oxidative stress in the roots as revealed by infrared microspectroscopy (IR). X-ray diffraction (XRD), scanning electron microscopy (SEM), and chemical analysis coupled with synchrotron radiation-based (SR) techniques demonstrate that quartz, dolomite, and weddellite biominerals precipitate in roots, stems, and leaves, likely as a response to environmental stress. In the rhizosphere, Zn chemical speciation is mainly related to the Zn ore minerals (smithsonite and hydrozincite) whereas, in plant tissues, Zn is primarily bound to organic compounds such as malate, cysteine, and histidine molecules that act as metal binders and, eventually, detoxification agents for the Zn excess. These findings suggest that H. microphyllum subsp. tyrrhenicum has developed its own adaptation strategy to survive in polluted substrates, making it a potential candidate for phytostabilization aimed at mitigating the dispersion of metals in the surrounding areas." @default.
• W3010886623 created "2020-03-23" @default.
• W3010886623 creator A5005415461 @default.
• W3010886623 creator A5007938863 @default.
• W3010886623 creator A5012303711 @default.
• W3010886623 creator A5014296721 @default.
• W3010886623 creator A5030571330 @default.
• W3010886623 creator A5042025567 @default.
• W3010886623 creator A5043752695 @default.
• W3010886623 creator A5045025636 @default.
• W3010886623 creator A5050251199 @default.
• W3010886623 creator A5050971570 @default.
• W3010886623 creator A5053722251 @default.
• W3010886623 creator A5060274157 @default.
• W3010886623 creator A5067891966 @default.
• W3010886623 creator A5071310615 @default.
• W3010886623 creator A5078112480 @default.
• W3010886623 creator A5079437218 @default.
• W3010886623 date "2020-03-12" @default.
• W3010886623 modified "2023-09-27" @default.
• W3010886623 title "Mineralogy and Zn Chemical Speciation in a Soil-Plant System from a Metal-Extreme Environment: A Study on Helichrysum microphyllum subsp. tyrrhenicum (Campo Pisano Mine, SW Sardinia, Italy)" @default.
• W3010886623 cites W1846329172 @default.
• W3010886623 cites W1964313594 @default.
• W3010886623 cites W1964869312 @default.
• W3010886623 cites W1976220731 @default.
• W3010886623 cites W1980090141 @default.
• W3010886623 cites W1980504249 @default.
• W3010886623 cites W1981308810 @default.
• W3010886623 cites W1981530838 @default.
• W3010886623 cites W1982536024 @default.
• W3010886623 cites W1984482196 @default.
• W3010886623 cites W1992561335 @default.
• W3010886623 cites W1998078043 @default.
• W3010886623 cites W2004180820 @default.
• W3010886623 cites W2007127805 @default.
• W3010886623 cites W2012938216 @default.
• W3010886623 cites W2013940009 @default.
• W3010886623 cites W2015243677 @default.
• W3010886623 cites W2015678573 @default.
• W3010886623 cites W2017468314 @default.
• W3010886623 cites W2027336711 @default.
• W3010886623 cites W2027362089 @default.
• W3010886623 cites W2031521487 @default.
• W3010886623 cites W2040312018 @default.
• W3010886623 cites W2041035443 @default.
• W3010886623 cites W2042538603 @default.
• W3010886623 cites W2048557200 @default.
• W3010886623 cites W2050380714 @default.
• W3010886623 cites W2053849251 @default.
• W3010886623 cites W2056623833 @default.
• W3010886623 cites W2059448796 @default.
• W3010886623 cites W2063353552 @default.
• W3010886623 cites W2063460138 @default.
• W3010886623 cites W2064127800 @default.
• W3010886623 cites W2064237541 @default.
• W3010886623 cites W2070227796 @default.
• W3010886623 cites W2072051523 @default.
• W3010886623 cites W2072135099 @default.
• W3010886623 cites W2072851838 @default.
• W3010886623 cites W2078312395 @default.
• W3010886623 cites W2079953836 @default.
• W3010886623 cites W2081217174 @default.
• W3010886623 cites W2081444397 @default.
• W3010886623 cites W2082700257 @default.
• W3010886623 cites W2085806121 @default.
• W3010886623 cites W2086329466 @default.
• W3010886623 cites W2086819287 @default.
• W3010886623 cites W2088386815 @default.
• W3010886623 cites W2089277971 @default.
• W3010886623 cites W2089662649 @default.
• W3010886623 cites W2089783058 @default.
• W3010886623 cites W2092348451 @default.
• W3010886623 cites W2094385338 @default.
• W3010886623 cites W2096042405 @default.
• W3010886623 cites W2098592166 @default.
• W3010886623 cites W2098627994 @default.
• W3010886623 cites W2099096796 @default.
• W3010886623 cites W2099366836 @default.
• W3010886623 cites W2117322838 @default.
• W3010886623 cites W2132826463 @default.
• W3010886623 cites W2144379540 @default.
• W3010886623 cites W2146162920 @default.
• W3010886623 cites W2146993447 @default.
• W3010886623 cites W2147261456 @default.
• W3010886623 cites W2149368840 @default.
• W3010886623 cites W2166785442 @default.
• W3010886623 cites W2168165480 @default.
• W3010886623 cites W2169082530 @default.
• W3010886623 cites W2172184866 @default.
• W3010886623 cites W2172705088 @default.
• W3010886623 cites W2295482244 @default.
• W3010886623 cites W2331012627 @default.
• W3010886623 cites W235145357 @default.
• W3010886623 cites W2527735254 @default.
• W3010886623 cites W2530599254 @default.
• W3010886623 cites W2551512697 @default.
• W3010886623 cites W2557583925 @default.
• W3010886623 cites W2566676043 @default.

• next