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• W3217102660 endingPage "113160" @default.
• W3217102660 startingPage "113160" @default.
• W3217102660 abstract "The focus of this study was to determine the depth-wise variability of physicochemical properties (i.e., pH, TOC, TN, and EC), and heavy metals (i.e., Pb, Cu, Zn, As, and Cr) concentration, and the associated biological and ecological risks of the mangrove sediment. The accumulation of metal contents and the phytoremediation and phytoextraction were also investigated in a mangrove species, Acanthus ilicifolius. The mangrove sediment consists of a higher proportion of sand fraction (56.6-74.7%) followed by clay (10-28%) and silt (10.1-15. 7%) fractions. The concentrations (mg/kg) of Pb, Cu, Zn, As, and Cr were ranged from 22.05-34.3, 8.58-22.77, 85.07-114, 5.56-12.91, and 0.98-5.12 in all the sediment layers. The hierarchy of the mean metal concentration in sediment was Zn (102 mg/kg) > Pb (25.6 mg/kg) > Cu (14.8 mg/kg) > As (8.79 mg/kg) > Cr (2.74 mg/kg) respectively. The examined metal concentrations were below the respective average shale values (ASVs). The degree of environmental, ecological, and biological risks was minimal according to various pollution indices like geoaccumulation index (Igeo), contamination factor (CF), and pollution load index (PLI). According to sediment quality guidelines (SQGs), the adverse biological risk effect was not likely to occur. The result of the potential ecological risk index (PERI) demonstrated that the study area was in the low-risk condition as the corresponded RI value < 100. A combined influence of geogenic and anthropogenic factors was identified as the metal sources by multivariate analysis. The study found that the accumulation rate of the metal contents was higher in leaves than that of roots. The mean descending metal concentration values were Zn (107) > Pb (28. 7) > Cu (16.9) > As (11.2) > Cr (4.99) in leaves and Zn (104.32) > Pb (27.02) > Cu (15.29) > As (10.39) > Cr (3.80) in roots. The translocation and bioaccumulation factors of heavy metals suggested that the mangrove plant species, A. ilicifolius can be used for phytoremediation and phytoextraction since the bio-concentration factor and translocation factor > 1. The studied species exhibited the metal tolerance associated with two following strategies, metal exclusion, and metal accumulation. However, excess metal tolerance can impact the surrounding marine environment." @default.
• W3217102660 created "2021-12-06" @default.
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• W3217102660 date "2021-12-01" @default.
• W3217102660 modified "2023-10-11" @default.
• W3217102660 title "Depth-related dynamics of physicochemical characteristics and heavy metal accumulation in mangrove sediment and plant: Acanthus ilicifolius as a potential phytoextractor" @default.
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• W3217102660 cites W1601400751 @default.
• W3217102660 cites W1965227249 @default.
• W3217102660 cites W1966779807 @default.
• W3217102660 cites W1972568665 @default.
• W3217102660 cites W1974911869 @default.
• W3217102660 cites W1986231016 @default.
• W3217102660 cites W1986549314 @default.
• W3217102660 cites W1988558671 @default.
• W3217102660 cites W1990715183 @default.
• W3217102660 cites W1992275888 @default.
• W3217102660 cites W1994117588 @default.
• W3217102660 cites W1997784266 @default.
• W3217102660 cites W1999325776 @default.
• W3217102660 cites W2018257811 @default.
• W3217102660 cites W2024778828 @default.
• W3217102660 cites W2028381027 @default.
• W3217102660 cites W2031355134 @default.
• W3217102660 cites W2039829606 @default.
• W3217102660 cites W2043344210 @default.
• W3217102660 cites W2046681108 @default.
• W3217102660 cites W2048251844 @default.
• W3217102660 cites W2050776357 @default.
• W3217102660 cites W2053256773 @default.
• W3217102660 cites W2059245554 @default.
• W3217102660 cites W2065934979 @default.
• W3217102660 cites W2069870218 @default.
• W3217102660 cites W2070156219 @default.
• W3217102660 cites W2071170977 @default.
• W3217102660 cites W2074824469 @default.
• W3217102660 cites W2075836242 @default.
• W3217102660 cites W2079506911 @default.
• W3217102660 cites W2082612656 @default.
• W3217102660 cites W2084495128 @default.
• W3217102660 cites W2090060488 @default.
• W3217102660 cites W2096734594 @default.
• W3217102660 cites W2102223067 @default.
• W3217102660 cites W2109313969 @default.
• W3217102660 cites W2110010118 @default.
• W3217102660 cites W2112626308 @default.
• W3217102660 cites W2136194495 @default.
• W3217102660 cites W2202396289 @default.
• W3217102660 cites W2213957890 @default.
• W3217102660 cites W2268000351 @default.
• W3217102660 cites W2339639682 @default.
• W3217102660 cites W2510150419 @default.
• W3217102660 cites W2533019311 @default.
• W3217102660 cites W2540710223 @default.
• W3217102660 cites W2565475671 @default.
• W3217102660 cites W2735659588 @default.
• W3217102660 cites W2743053729 @default.
• W3217102660 cites W2778379259 @default.
• W3217102660 cites W2792164602 @default.
• W3217102660 cites W2794389446 @default.
• W3217102660 cites W2802173025 @default.
• W3217102660 cites W2805582283 @default.
• W3217102660 cites W2883602243 @default.
• W3217102660 cites W2889666107 @default.
• W3217102660 cites W2915476499 @default.
• W3217102660 cites W2916687672 @default.
• W3217102660 cites W2945388480 @default.
• W3217102660 cites W2949312477 @default.
• W3217102660 cites W2967897192 @default.
• W3217102660 cites W2980933435 @default.
• W3217102660 cites W3009022700 @default.
• W3217102660 cites W3048285184 @default.
• W3217102660 cites W3092301554 @default.
• W3217102660 cites W3103805093 @default.
• W3217102660 cites W3136050620 @default.
• W3217102660 cites W4237997792 @default.
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• W3217102660 doi "https://doi.org/10.1016/j.marpolbul.2021.113160" @default.
• W3217102660 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/34808545" @default.
• W3217102660 hasPublicationYear "2021" @default.
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