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- W4225130494 endingPage "129029" @default.
- W4225130494 startingPage "129029" @default.
- W4225130494 abstract "We explored relationships between particulate matter (PM) and polycyclic aromatic hydrocarbon (PAHs) leaf concentrations, uptake rates and leaf surface functional traits in four Mediterranean evergreen trees (Chamaerops humilis, Citrus × aurantium, Magnolia grandiflora, and Quercus ilex) during a dry month. Pollutant leaf concentration at different dates and uptake rate were correlated. We quantified PM by gravimetric analysis, PAHs were extracted from intact and dewaxed leaves and analyzed by GC-MS, and cuticle thickness, number and surface of stomata (Ns and SS) and trichomes (Nt and St) were determined by optical microscopy. Infrared spectroscopy was used to investigate the leaves surfaces composition and assess esterification index (E). Studied species were characterized by unique combinations of functional traits and pollutant uptake capacities. PM10 uptake scaled positively with SS, St and upper cuticle thickness (Tc,u) across species. PM2.5 uptake scaled positively with Tc,u, and thicker cuticles were also associated with greater shares of uptake of hydrophobic PM fractions. Uptakes of different fractions of PAH were generally weakly related to different leaf functional traits, except for some correlations with E and SS. We conclude that both plant surface morphological and chemical leaf traits influence PM and PAH retention, unveiling their potential role in air phytoremediation." @default.
- W4225130494 created "2022-05-01" @default.
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- W4225130494 date "2022-08-01" @default.
- W4225130494 modified "2023-10-04" @default.
- W4225130494 title "Particulate matter and polycyclic aromatic hydrocarbon uptake in relation to leaf surface functional traits in Mediterranean evergreens: Potentials for air phytoremediation" @default.
- W4225130494 cites W1695087444 @default.
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- W4225130494 cites W1864904040 @default.
- W4225130494 cites W1963775006 @default.
- W4225130494 cites W1974518057 @default.
- W4225130494 cites W1980418205 @default.
- W4225130494 cites W1984718561 @default.
- W4225130494 cites W1988179019 @default.
- W4225130494 cites W1991313509 @default.
- W4225130494 cites W1996490753 @default.
- W4225130494 cites W1998087548 @default.
- W4225130494 cites W2003307912 @default.
- W4225130494 cites W2005370022 @default.
- W4225130494 cites W2005638672 @default.
- W4225130494 cites W2006983345 @default.
- W4225130494 cites W2008870032 @default.
- W4225130494 cites W2012066461 @default.
- W4225130494 cites W2021052875 @default.
- W4225130494 cites W2032409439 @default.
- W4225130494 cites W2052111279 @default.
- W4225130494 cites W2052546292 @default.
- W4225130494 cites W2054410440 @default.
- W4225130494 cites W2054531962 @default.
- W4225130494 cites W2063896249 @default.
- W4225130494 cites W2073391762 @default.
- W4225130494 cites W2078546244 @default.
- W4225130494 cites W2084354167 @default.
- W4225130494 cites W2108038635 @default.
- W4225130494 cites W2109446104 @default.
- W4225130494 cites W2117855074 @default.
- W4225130494 cites W2118295263 @default.
- W4225130494 cites W2120731224 @default.
- W4225130494 cites W2127170577 @default.
- W4225130494 cites W2147381095 @default.
- W4225130494 cites W2154948142 @default.
- W4225130494 cites W2156952267 @default.
- W4225130494 cites W2185069039 @default.
- W4225130494 cites W2325974250 @default.
- W4225130494 cites W2416584222 @default.
- W4225130494 cites W2468341735 @default.
- W4225130494 cites W2512861346 @default.
- W4225130494 cites W2515116334 @default.
- W4225130494 cites W2530830649 @default.
- W4225130494 cites W2552323084 @default.
- W4225130494 cites W2600425237 @default.
- W4225130494 cites W2605404363 @default.
- W4225130494 cites W2614000184 @default.
- W4225130494 cites W2623172219 @default.
- W4225130494 cites W2772077992 @default.
- W4225130494 cites W2782400544 @default.
- W4225130494 cites W2851796737 @default.
- W4225130494 cites W2899222835 @default.
- W4225130494 cites W2908783234 @default.
- W4225130494 cites W2928522571 @default.
- W4225130494 cites W2934400141 @default.
- W4225130494 cites W2952635680 @default.
- W4225130494 cites W2969197774 @default.
- W4225130494 cites W2999989083 @default.
- W4225130494 cites W3008466353 @default.
- W4225130494 cites W3009758598 @default.
- W4225130494 cites W3011901849 @default.
- W4225130494 cites W3040380596 @default.
- W4225130494 cites W3106937308 @default.
- W4225130494 cites W3122555289 @default.
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- W4225130494 cites W3129397795 @default.
- W4225130494 cites W3132168383 @default.
- W4225130494 cites W3133981961 @default.
- W4225130494 cites W3138204608 @default.
- W4225130494 cites W3155396054 @default.
- W4225130494 cites W3202275869 @default.
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- W4225130494 doi "https://doi.org/10.1016/j.jhazmat.2022.129029" @default.
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