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- W2008991109 abstract "Sedimentary biogenic silica (BSi) is an important parameter for understanding biogeochemical processes in estuarine ecosystems. In this study, a two-step mild acid–mild alkaline extraction procedure was used to leach BSi and its early diagenetic products from the sediments of the Yangtze Estuary. A Si/Al correction of the mild alkaline leachable silica (Si-Alk) was applied to estimate the contents of BSi in the sediments. The BSi contents varied from 18.90 to 120.10 μmol Si/g in the sediments, whereas mild acid leachable silica (Si-HCl) and Si-Alk levels ranged from 17.43 to 73.56 and from 19.56 to 185.63 μmol Si/g, respectively. Furthermore, the degrees of diagenetic alteration of biogenic and reactive silica were also calculated and discussed. The diagenetic alteration ratios of biogenic and reactive silica increased seaward during May, August and November 2012, whereas an opposite trend was observed in March 2013. The diagenetic alteration of the biogenic and reactive silica was mainly controlled by the redox conditions in benthic sediments. Additionally, the deposition of fresh diatoms and authigenic products could temporarily affect the distribution of silica pools in the sediments and ultimately affect the diagenetic alteration ratios of biogenic and reactive silica. Detailed investigations are still necessary to understand the early diagenetic processes of biogenic and reactive silica in this warm temperate area." @default.
- W2008991109 created "2016-06-24" @default.
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- W2008991109 date "2015-05-01" @default.
- W2008991109 modified "2023-10-16" @default.
- W2008991109 title "Early diagenetic alterations of biogenic and reactive silica in the surface sediment of the Yangtze Estuary" @default.
- W2008991109 cites W1850052883 @default.
- W2008991109 cites W1963872830 @default.
- W2008991109 cites W1964017632 @default.
- W2008991109 cites W1968766855 @default.
- W2008991109 cites W1969217621 @default.
- W2008991109 cites W1971026987 @default.
- W2008991109 cites W1972150809 @default.
- W2008991109 cites W1973777201 @default.
- W2008991109 cites W1975797907 @default.
- W2008991109 cites W1978799659 @default.
- W2008991109 cites W1978811248 @default.
- W2008991109 cites W1981067832 @default.
- W2008991109 cites W1983325553 @default.
- W2008991109 cites W1991531753 @default.
- W2008991109 cites W1995092177 @default.
- W2008991109 cites W1995163974 @default.
- W2008991109 cites W2002235658 @default.
- W2008991109 cites W2002439403 @default.
- W2008991109 cites W2002489330 @default.
- W2008991109 cites W2004524498 @default.
- W2008991109 cites W2004526510 @default.
- W2008991109 cites W2005208029 @default.
- W2008991109 cites W2012269102 @default.
- W2008991109 cites W2013648174 @default.
- W2008991109 cites W2013757984 @default.
- W2008991109 cites W2013995291 @default.
- W2008991109 cites W2015433659 @default.
- W2008991109 cites W2016743758 @default.
- W2008991109 cites W2016871291 @default.
- W2008991109 cites W2019268744 @default.
- W2008991109 cites W2020814404 @default.
- W2008991109 cites W2021738200 @default.
- W2008991109 cites W2027206020 @default.
- W2008991109 cites W2028984212 @default.
- W2008991109 cites W2029150901 @default.
- W2008991109 cites W2030662220 @default.
- W2008991109 cites W2031098678 @default.
- W2008991109 cites W2032388245 @default.
- W2008991109 cites W2035993238 @default.
- W2008991109 cites W2037228396 @default.
- W2008991109 cites W2039173588 @default.
- W2008991109 cites W2041093753 @default.
- W2008991109 cites W2041606717 @default.
- W2008991109 cites W2041885277 @default.
- W2008991109 cites W2048008192 @default.
- W2008991109 cites W2050959145 @default.
- W2008991109 cites W2053375283 @default.
- W2008991109 cites W2056489128 @default.
- W2008991109 cites W2056957829 @default.
- W2008991109 cites W2062104976 @default.
- W2008991109 cites W2062820252 @default.
- W2008991109 cites W2063253143 @default.
- W2008991109 cites W2064074379 @default.
- W2008991109 cites W2064723379 @default.
- W2008991109 cites W2065438562 @default.
- W2008991109 cites W2066770653 @default.
- W2008991109 cites W2078610887 @default.
- W2008991109 cites W2082889751 @default.
- W2008991109 cites W2088878159 @default.
- W2008991109 cites W2090728278 @default.
- W2008991109 cites W2091974009 @default.
- W2008991109 cites W2094923814 @default.
- W2008991109 cites W2105976520 @default.
- W2008991109 cites W2107142485 @default.
- W2008991109 cites W2112712369 @default.
- W2008991109 cites W2134029390 @default.
- W2008991109 cites W2151061387 @default.
- W2008991109 cites W2158425801 @default.
- W2008991109 cites W2159539511 @default.
- W2008991109 cites W2166395264 @default.
- W2008991109 cites W2171250466 @default.
- W2008991109 cites W2325541267 @default.
- W2008991109 cites W2332997710 @default.
- W2008991109 doi "https://doi.org/10.1016/j.csr.2015.03.003" @default.
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