Matches in SemOpenAlex for { <https://semopenalex.org/work/W2883047013> ?p ?o ?g. }
- W2883047013 endingPage "5374" @default.
- W2883047013 startingPage "5360" @default.
- W2883047013 abstract "Abstract Both magnetic properties and radionuclides are widely used to trace sediment transport in aquatic environments; however, these methods have not been used in combination. In this study, the East China Sea (ECS), a typical river‐dominated margin, was chosen to demonstrate the advantages of combining these two methods to track sediment movements on a seasonal to annual timescale. The ratios between saturation isothermal remnant magnetization and anhysteretic remnant magnetization (χ ARM /SIRM) and 7 Be/ 210 Pb ex activity ratios as well as mass balance of 7 Be provide information on the seasonal transport of sediment from the Changjiang Estuary to the neighboring shelf. Both 210 Pb budget and SIRM distribution in the inner shelf of the ECS show that a small fraction (at most 14% of annual Changjiang sediment discharge) of particles could be transported offshore. Most of 7 Be activities in inner shelf sediments of the ECS were below detection limit due to relatively lower residence times and dilution by the older sediment. The observation that radionuclide activities exhibit a better correlation with χ ARM /SIRM ratios than with grain size suggests that iron oxides are the primary carriers of 7 Be, 210 Pb, and 234 Th. The absorption of radionuclides onto magnetic minerals further reinforces the reliability of this combined approach in tracing sediment transport. Our study indicates that radionuclides, with different half‐lives, can be utilized for quantifying sediment dynamics, whereas magnetic properties can yield more detailed information on sediment transport directions. The combined analysis of magnetic parameters and radionuclides offers a better understanding of sediment transport in river‐dominated areas." @default.
- W2883047013 created "2018-08-03" @default.
- W2883047013 creator A5000812499 @default.
- W2883047013 creator A5014664356 @default.
- W2883047013 creator A5026036571 @default.
- W2883047013 creator A5028478715 @default.
- W2883047013 creator A5039044513 @default.
- W2883047013 creator A5041053100 @default.
- W2883047013 date "2018-08-01" @default.
- W2883047013 modified "2023-10-04" @default.
- W2883047013 title "Fingerprinting Sediment Transport in River‐Dominated Margins Using Combined Mineral Magnetic and Radionuclide Methods" @default.
- W2883047013 cites W1575819718 @default.
- W2883047013 cites W1961833961 @default.
- W2883047013 cites W1977289057 @default.
- W2883047013 cites W1978799659 @default.
- W2883047013 cites W1981750116 @default.
- W2883047013 cites W1981751303 @default.
- W2883047013 cites W1983325553 @default.
- W2883047013 cites W1985445205 @default.
- W2883047013 cites W1989741128 @default.
- W2883047013 cites W1990469714 @default.
- W2883047013 cites W1991138922 @default.
- W2883047013 cites W1991413173 @default.
- W2883047013 cites W1993019441 @default.
- W2883047013 cites W1998512720 @default.
- W2883047013 cites W1999646214 @default.
- W2883047013 cites W2007100544 @default.
- W2883047013 cites W2008177409 @default.
- W2883047013 cites W2013787434 @default.
- W2883047013 cites W2019849814 @default.
- W2883047013 cites W2023018022 @default.
- W2883047013 cites W2028189021 @default.
- W2883047013 cites W2031382629 @default.
- W2883047013 cites W2043641841 @default.
- W2883047013 cites W2048189236 @default.
- W2883047013 cites W2051491829 @default.
- W2883047013 cites W2055089819 @default.
- W2883047013 cites W2062176478 @default.
- W2883047013 cites W2063159653 @default.
- W2883047013 cites W2065394134 @default.
- W2883047013 cites W2066053290 @default.
- W2883047013 cites W2067442384 @default.
- W2883047013 cites W2068702677 @default.
- W2883047013 cites W2070548133 @default.
- W2883047013 cites W2074112049 @default.
- W2883047013 cites W2079557634 @default.
- W2883047013 cites W2080035790 @default.
- W2883047013 cites W2080378619 @default.
- W2883047013 cites W2086258065 @default.
- W2883047013 cites W2090661421 @default.
- W2883047013 cites W2091349323 @default.
- W2883047013 cites W2094756898 @default.
- W2883047013 cites W2097383989 @default.
- W2883047013 cites W2110511129 @default.
- W2883047013 cites W2114673784 @default.
- W2883047013 cites W2121571221 @default.
- W2883047013 cites W2125501690 @default.
- W2883047013 cites W2127690188 @default.
- W2883047013 cites W2130144579 @default.
- W2883047013 cites W2133377555 @default.
- W2883047013 cites W2141589154 @default.
- W2883047013 cites W2144039460 @default.
- W2883047013 cites W2148545560 @default.
- W2883047013 cites W2150450312 @default.
- W2883047013 cites W2160457265 @default.
- W2883047013 cites W2164905720 @default.
- W2883047013 cites W2170070492 @default.
- W2883047013 cites W2215162589 @default.
- W2883047013 cites W2221205060 @default.
- W2883047013 cites W2253478293 @default.
- W2883047013 cites W246168778 @default.
- W2883047013 cites W2461840641 @default.
- W2883047013 cites W2539125137 @default.
- W2883047013 cites W2594645500 @default.
- W2883047013 cites W2596865541 @default.
- W2883047013 cites W2597336095 @default.
- W2883047013 cites W2606883145 @default.
- W2883047013 cites W2741217551 @default.
- W2883047013 cites W2797266565 @default.
- W2883047013 cites W340424590 @default.
- W2883047013 cites W4246534998 @default.
- W2883047013 doi "https://doi.org/10.1029/2018jc014174" @default.
- W2883047013 hasPublicationYear "2018" @default.
- W2883047013 type Work @default.
- W2883047013 sameAs 2883047013 @default.
- W2883047013 citedByCount "18" @default.
- W2883047013 countsByYear W28830470132019 @default.
- W2883047013 countsByYear W28830470132020 @default.
- W2883047013 countsByYear W28830470132021 @default.
- W2883047013 countsByYear W28830470132022 @default.
- W2883047013 countsByYear W28830470132023 @default.
- W2883047013 crossrefType "journal-article" @default.
- W2883047013 hasAuthorship W2883047013A5000812499 @default.
- W2883047013 hasAuthorship W2883047013A5014664356 @default.
- W2883047013 hasAuthorship W2883047013A5026036571 @default.
- W2883047013 hasAuthorship W2883047013A5028478715 @default.
- W2883047013 hasAuthorship W2883047013A5039044513 @default.
- W2883047013 hasAuthorship W2883047013A5041053100 @default.