Matches in SemOpenAlex for { <https://semopenalex.org/work/W2955332778> ?p ?o ?g. }
- W2955332778 endingPage "1368" @default.
- W2955332778 startingPage "1355" @default.
- W2955332778 abstract "Native and transplanted lichens were analyzed as bioaccumulators of airborne particulate matter (PM) in an eastern district of Rome, Italy, where frequent fraudulent fires are set to recover metals, mostly copper, from waste electrical and electronic equipment (WEEE). The presence of native lichens was scarce, due to the drought of spring-summer 2017, thus, sampling was extended to a neighboring area for toughening the dataset to a similar context. The magnetic analyses revealed intense properties connected to the anthropic complexity of the zone, where industrial, traffic and arson-related dusts are emitted and bio-accumulated. Magnetic and chemical analyses were compared, leading to significant linear correlations between the concentration dependent magnetic parameters (susceptibility, saturation magnetization and saturation remanence) and the concentration of heavy metals, among which copper, chrome, lead and zinc. Moreover, selected magnetic particles were chemically and morphologically characterized by Scanning Electron Microscope and Energy Dispersion System microanalyses. Magnetic particles resulted incorporated into the lichens' tissues and their composition, morphology and grain size strongly supported their anthropogenic, mostly combustion-related, origin. Even if, given the complexity of the area, it was not feasible to fully discriminate the multiple anthropogenic sources, magnetic biomonitoring of lichens, especially when combined with microtextural and compositional analyses, confirmed to be an excellent methodology for a rapid characterization of environmental pollution." @default.
- W2955332778 created "2019-07-12" @default.
- W2955332778 creator A5005853345 @default.
- W2955332778 creator A5008875508 @default.
- W2955332778 creator A5027886762 @default.
- W2955332778 creator A5029405488 @default.
- W2955332778 creator A5034479226 @default.
- W2955332778 creator A5050964451 @default.
- W2955332778 creator A5052564556 @default.
- W2955332778 creator A5081691397 @default.
- W2955332778 creator A5083605116 @default.
- W2955332778 date "2019-11-01" @default.
- W2955332778 modified "2023-09-30" @default.
- W2955332778 title "Combined magnetic, chemical and morphoscopic analyses on lichens from a complex anthropic context in Rome, Italy" @default.
- W2955332778 cites W1541290864 @default.
- W2955332778 cites W1547096378 @default.
- W2955332778 cites W1559831719 @default.
- W2955332778 cites W1964260675 @default.
- W2955332778 cites W1965896618 @default.
- W2955332778 cites W1968397854 @default.
- W2955332778 cites W1973351152 @default.
- W2955332778 cites W1975699445 @default.
- W2955332778 cites W1976097667 @default.
- W2955332778 cites W1978366433 @default.
- W2955332778 cites W1981854435 @default.
- W2955332778 cites W1987218475 @default.
- W2955332778 cites W1997158320 @default.
- W2955332778 cites W1998391164 @default.
- W2955332778 cites W2000320298 @default.
- W2955332778 cites W2006195861 @default.
- W2955332778 cites W2012512752 @default.
- W2955332778 cites W2020668116 @default.
- W2955332778 cites W2030091077 @default.
- W2955332778 cites W2034806738 @default.
- W2955332778 cites W2037414960 @default.
- W2955332778 cites W2038539098 @default.
- W2955332778 cites W2039372828 @default.
- W2955332778 cites W2040986720 @default.
- W2955332778 cites W2042562464 @default.
- W2955332778 cites W2042631983 @default.
- W2955332778 cites W2044343697 @default.
- W2955332778 cites W2045044499 @default.
- W2955332778 cites W2045254630 @default.
- W2955332778 cites W2046860985 @default.
- W2955332778 cites W2048246698 @default.
- W2955332778 cites W2049016450 @default.
- W2955332778 cites W2051732669 @default.
- W2955332778 cites W2052128667 @default.
- W2955332778 cites W2052635909 @default.
- W2955332778 cites W2053094286 @default.
- W2955332778 cites W2065311302 @default.
- W2955332778 cites W2066706744 @default.
- W2955332778 cites W2069997881 @default.
- W2955332778 cites W2072307034 @default.
- W2955332778 cites W2075256957 @default.
- W2955332778 cites W2078135373 @default.
- W2955332778 cites W2078599067 @default.
- W2955332778 cites W2078997583 @default.
- W2955332778 cites W2079418625 @default.
- W2955332778 cites W2080588770 @default.
- W2955332778 cites W2085064500 @default.
- W2955332778 cites W2085203109 @default.
- W2955332778 cites W2088311278 @default.
- W2955332778 cites W2089669182 @default.
- W2955332778 cites W2092558761 @default.
- W2955332778 cites W2092866871 @default.
- W2955332778 cites W2095802447 @default.
- W2955332778 cites W2104683955 @default.
- W2955332778 cites W2104817278 @default.
- W2955332778 cites W2121314139 @default.
- W2955332778 cites W2127096297 @default.
- W2955332778 cites W2130431917 @default.
- W2955332778 cites W2140195570 @default.
- W2955332778 cites W2149884550 @default.
- W2955332778 cites W2154554154 @default.
- W2955332778 cites W2160261948 @default.
- W2955332778 cites W2161853205 @default.
- W2955332778 cites W2167309666 @default.
- W2955332778 cites W2277823511 @default.
- W2955332778 cites W2287319972 @default.
- W2955332778 cites W2511433639 @default.
- W2955332778 cites W2605570629 @default.
- W2955332778 cites W2619274287 @default.
- W2955332778 cites W2779188268 @default.
- W2955332778 cites W278652756 @default.
- W2955332778 cites W2791424282 @default.
- W2955332778 cites W2795303510 @default.
- W2955332778 cites W2884880797 @default.
- W2955332778 cites W2909533491 @default.
- W2955332778 cites W2921355610 @default.
- W2955332778 cites W2949828234 @default.
- W2955332778 doi "https://doi.org/10.1016/j.scitotenv.2019.06.526" @default.
- W2955332778 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/31470497" @default.
- W2955332778 hasPublicationYear "2019" @default.
- W2955332778 type Work @default.
- W2955332778 sameAs 2955332778 @default.
- W2955332778 citedByCount "11" @default.
- W2955332778 countsByYear W29553327782020 @default.