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• W2940590212 endingPage "58" @default.
• W2940590212 startingPage "45" @default.
• W2940590212 abstract "A sequential extraction procedure (SEP), batch desorption experiments and the concept of partition coefficient were applied on seven sediment samples from the Subansiri-Dikrong-Ranganadi River System (SDRS), a subset of the upper Brahmaputra floodplain (BFP), to understand leaching of arsenic (As) and fluoride (F−). Sediment samples were collected during monsoon and post-monsoon seasons from each of three river banks to distinguish the effect of annual cyclic flooding events on As content and mobilization. SEP revealed that the readily leachable chemisorbed As phase and amorphous Fe (hydr)oxides were the principal contributors to mobilized As during the monsoon season. Constant flushing of the rivers removed most of the physisorbed and chemisorbed As during the monsoon. A submerged anoxic condition toward late monsoon resulted in Fe (hydr)oxides becoming the dominant source of removable As during the post-monsoon season. Iron in the sediments was positively correlated with F− during both monsoon and post-monsoon seasons. This suggests that Fe (hydr)oxides are a host for F− and a correlation between reductive hydrolysis and F−. Removal of Fe (hydr)oxides from the sediments significantly reduced As retention/leaching capacity. Arsenic desorption was especially high from raw sediments of the Ranganadi River owing to the fact that it had the highest amount of As associated with Fe (hydr)oxides, which falls sharply in the post-monsoon season due to a prolonged submerged state leading to reductive dissolution. However, as leached F− is being constantly flushed out by the SDRS, F− contamination may not pose a problem in the current or futuristic scenarios." @default.
• W2940590212 created "2019-05-03" @default.
• W2940590212 creator A5040930064 @default.
• W2940590212 creator A5044341661 @default.
• W2940590212 creator A5069922156 @default.
• W2940590212 creator A5071461834 @default.
• W2940590212 date "2019-08-01" @default.
• W2940590212 modified "2023-10-17" @default.
• W2940590212 title "Arsenic mobility and potential co-leaching of fluoride from the sediments of three tributaries of the Upper Brahmaputra floodplain, Lakhimpur, Assam, India" @default.
• W2940590212 cites W1058396857 @default.
• W2940590212 cites W179546942 @default.
• W2940590212 cites W1963999857 @default.
• W2940590212 cites W1964279456 @default.
• W2940590212 cites W1965618859 @default.
• W2940590212 cites W1966717762 @default.
• W2940590212 cites W1967074971 @default.
• W2940590212 cites W1967507561 @default.
• W2940590212 cites W1968185819 @default.
• W2940590212 cites W1974473537 @default.
• W2940590212 cites W1975592378 @default.
• W2940590212 cites W1980938204 @default.
• W2940590212 cites W1983128140 @default.
• W2940590212 cites W1985699767 @default.
• W2940590212 cites W1987688043 @default.
• W2940590212 cites W1988687886 @default.
• W2940590212 cites W1990596380 @default.
• W2940590212 cites W1991007516 @default.
• W2940590212 cites W1995595063 @default.
• W2940590212 cites W1995618048 @default.
• W2940590212 cites W1997285321 @default.
• W2940590212 cites W1998574121 @default.
• W2940590212 cites W2000316170 @default.
• W2940590212 cites W2004501633 @default.
• W2940590212 cites W2009771151 @default.
• W2940590212 cites W2010264541 @default.
• W2940590212 cites W2011359970 @default.
• W2940590212 cites W2011862857 @default.
• W2940590212 cites W2015790112 @default.
• W2940590212 cites W2016841116 @default.
• W2940590212 cites W2019064188 @default.
• W2940590212 cites W2019185666 @default.
• W2940590212 cites W2021324984 @default.
• W2940590212 cites W2021465709 @default.
• W2940590212 cites W2022497414 @default.
• W2940590212 cites W2022791802 @default.
• W2940590212 cites W2028768806 @default.
• W2940590212 cites W2030112809 @default.
• W2940590212 cites W2034510112 @default.
• W2940590212 cites W2034703653 @default.
• W2940590212 cites W2036999563 @default.
• W2940590212 cites W2037532394 @default.
• W2940590212 cites W2039259706 @default.
• W2940590212 cites W2044825855 @default.
• W2940590212 cites W2046725497 @default.
• W2940590212 cites W2048033163 @default.
• W2940590212 cites W2048204702 @default.
• W2940590212 cites W2049957981 @default.
• W2940590212 cites W2050529306 @default.
• W2940590212 cites W2050597250 @default.
• W2940590212 cites W2051556777 @default.
• W2940590212 cites W2052393515 @default.
• W2940590212 cites W2057465435 @default.
• W2940590212 cites W2059635133 @default.
• W2940590212 cites W2065318691 @default.
• W2940590212 cites W2069931631 @default.
• W2940590212 cites W2072340258 @default.
• W2940590212 cites W2072727704 @default.
• W2940590212 cites W2074115034 @default.
• W2940590212 cites W2076468791 @default.
• W2940590212 cites W2077065336 @default.
• W2940590212 cites W2078338338 @default.
• W2940590212 cites W2080018599 @default.
• W2940590212 cites W2084618012 @default.
• W2940590212 cites W2085583029 @default.
• W2940590212 cites W2088904784 @default.
• W2940590212 cites W2097756750 @default.
• W2940590212 cites W2103001770 @default.
• W2940590212 cites W2104387562 @default.
• W2940590212 cites W2104833022 @default.
• W2940590212 cites W2113460986 @default.
• W2940590212 cites W2114128984 @default.
• W2940590212 cites W2117932847 @default.
• W2940590212 cites W2117952868 @default.
• W2940590212 cites W2126999642 @default.
• W2940590212 cites W2134268891 @default.
• W2940590212 cites W2136429911 @default.
• W2940590212 cites W2142147066 @default.
• W2940590212 cites W2149186406 @default.
• W2940590212 cites W2149602337 @default.
• W2940590212 cites W2163822849 @default.
• W2940590212 cites W2170504777 @default.
• W2940590212 cites W2192784948 @default.
• W2940590212 cites W2265775415 @default.
• W2940590212 cites W2288019291 @default.
• W2940590212 cites W2463196007 @default.
• W2940590212 cites W2498544404 @default.
• W2940590212 cites W2516667130 @default.
• W2940590212 cites W2520701323 @default.

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