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• W3101140224 endingPage "69" @default.
• W3101140224 startingPage "58" @default.
• W3101140224 abstract "Transparent exopolymer particles (TEPs) are ubiquitous throughout the oceans, and their sedimentation is considered an efficient biological carbon sink pathway. To investigate the role of coastal TEPs in sinking carbon from the upper layer, samples were collected in the spring and summer of 2011 in the Changjiang River (Yangtze River) Estuary, a typical coastal water. The concentrations and sinking rates of TEPs were measured, and potential sedimentation flux of TEPs was estimated. TEPs concentrations ranged from 40.00 µg/L to 1 040.00 µg/L (mean=(209.70±240.93) µg/L) in spring and 56.67 µg/L to 1 423.33 µg/L (mean=(433.33±393.02) µg/L) in summer, and they were higher at bloom stations than at non-bloom stations during both cruises. A significant positive correlation between TEPs concentration and chlorophyll a (Chl a) concentration was detected, suggesting that phytoplankton was the primary source of TEPs in this area. TEPs sinking rates ranged from 0.08 m/d to 0.57 m/d with a mean of (0.28±0.14) m/d in spring and 0.10 m/d to 1.08 m/d with a mean of (0.34±0.31) m/d in summer. The potential sedimentation flux of TEP-C ranged from 4.95 mg/(m2·d) to 29.40 mg/(m2·d) with a mean of (14.66±8.83) mg/(m2·d) in spring and 6.80 mg/(m2·d) to 30.45 mg/(m2·d) with a mean of (15.71±8.73) mg/(m2·d) in summer, which was ∼17.81% to 138.27% (mean=65.15%±31.75%) of sedimentation flux of phytoplankton cells in the study area. Due to the increase of TEPs concentrations and their sinking rates, sedimentation fluxes of TEPs at the bloom station were obviously higher than at the non-bloom station during both cruises. This study indicates that TEPs serve as a carbon sink in the Changjiang River Estuary, especially during bloom events, and their sedimentation should be taken into account when we study the carbon sedimentation in the coastal sea." @default.
• W3101140224 created "2020-11-23" @default.
• W3101140224 creator A5015217481 @default.
• W3101140224 creator A5065308577 @default.
• W3101140224 date "2020-10-01" @default.
• W3101140224 modified "2023-09-29" @default.
• W3101140224 title "Concentrations and sinking rates of transparent exopolymer particles (TEPs) in a coastal sea: the Changjiang River (Yangtze River) Estuary" @default.
• W3101140224 cites W1964819552 @default.
• W3101140224 cites W1965086923 @default.
• W3101140224 cites W1967247926 @default.
• W3101140224 cites W1967699626 @default.
• W3101140224 cites W1977384597 @default.
• W3101140224 cites W1977513313 @default.
• W3101140224 cites W1977943308 @default.
• W3101140224 cites W1980702780 @default.
• W3101140224 cites W1982236333 @default.
• W3101140224 cites W1984204819 @default.
• W3101140224 cites W1992125572 @default.
• W3101140224 cites W1995940588 @default.
• W3101140224 cites W1996600193 @default.
• W3101140224 cites W1997489892 @default.
• W3101140224 cites W2000006790 @default.
• W3101140224 cites W2010923872 @default.
• W3101140224 cites W2014863689 @default.
• W3101140224 cites W2020129317 @default.
• W3101140224 cites W2043682007 @default.
• W3101140224 cites W2047198064 @default.
• W3101140224 cites W2051649503 @default.
• W3101140224 cites W2052759556 @default.
• W3101140224 cites W2056827207 @default.
• W3101140224 cites W2059022664 @default.
• W3101140224 cites W2059707467 @default.
• W3101140224 cites W2070006376 @default.
• W3101140224 cites W2070583786 @default.
• W3101140224 cites W2071026878 @default.
• W3101140224 cites W2072793403 @default.
• W3101140224 cites W2073470504 @default.
• W3101140224 cites W2075265023 @default.
• W3101140224 cites W2075548981 @default.
• W3101140224 cites W2075755050 @default.
• W3101140224 cites W2084278313 @default.
• W3101140224 cites W2087067181 @default.
• W3101140224 cites W2095426296 @default.
• W3101140224 cites W2095948591 @default.
• W3101140224 cites W2096368935 @default.
• W3101140224 cites W2097947998 @default.
• W3101140224 cites W2101905637 @default.
• W3101140224 cites W2102344592 @default.
• W3101140224 cites W2103707971 @default.
• W3101140224 cites W2104520424 @default.
• W3101140224 cites W2111573245 @default.
• W3101140224 cites W2127141113 @default.
• W3101140224 cites W2130133858 @default.
• W3101140224 cites W2130814388 @default.
• W3101140224 cites W2130890445 @default.
• W3101140224 cites W2132411129 @default.
• W3101140224 cites W2132514154 @default.
• W3101140224 cites W2133617587 @default.
• W3101140224 cites W2143182887 @default.
• W3101140224 cites W2146096736 @default.
• W3101140224 cites W2148285867 @default.
• W3101140224 cites W2151700983 @default.
• W3101140224 cites W2152361529 @default.
• W3101140224 cites W2152698837 @default.
• W3101140224 cites W2156317143 @default.
• W3101140224 cites W2159250130 @default.
• W3101140224 cites W2160575983 @default.
• W3101140224 cites W2162921715 @default.
• W3101140224 cites W2165729112 @default.
• W3101140224 cites W2171794732 @default.
• W3101140224 cites W2211503489 @default.
• W3101140224 cites W2316970262 @default.
• W3101140224 cites W2320204462 @default.
• W3101140224 cites W2321014954 @default.
• W3101140224 cites W2326645814 @default.
• W3101140224 cites W2334957440 @default.
• W3101140224 cites W2341933943 @default.
• W3101140224 cites W2552060483 @default.
• W3101140224 cites W2571248300 @default.
• W3101140224 cites W2578518130 @default.
• W3101140224 cites W2582331105 @default.
• W3101140224 cites W2605219742 @default.
• W3101140224 cites W2765165962 @default.
• W3101140224 cites W2886030710 @default.
• W3101140224 cites W2903406827 @default.
• W3101140224 cites W2918996313 @default.
• W3101140224 cites W2953609680 @default.
• W3101140224 cites W4232076827 @default.
• W3101140224 cites W4243801312 @default.
• W3101140224 cites W983100216 @default.
• W3101140224 doi "https://doi.org/10.1007/s13131-020-1660-7" @default.
• W3101140224 hasPublicationYear "2020" @default.
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