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- W3014133444 abstract "Abstract Seagrass meadows can retain fine particles, improving water clarity and promoting carbon sequestration. Laboratory experiments were conducted to investigate the influence of velocity and meadow density on the retention of fine particles within a meadow. Vertical profiles of velocity and turbulent kinetic energy ( TKE ) were measured along a model meadow. The net deposition was measured using microscope slides positioned inside and outside the meadow. The deposition was correlated with the evolution of velocity along the meadow. At the leading edge, the net deposition decreased over a distance L r , relative to the bare bed, which was associated with a region of vertical updraft and elevated TKE . Net deposition increased with the distance from the leading edge, associated with a decrease in vertical velocity and TKE . In some cases, a distinct peak in the deposition was observed at distance L p from the leading edge, associated with a minimum in TKE . Both L r and L p decreased with increasing meadow density. Deposition in the fully developed region of the meadow decreased with decreasing stem density and increasing channel velocity, and for the lowest stem density and highest channel velocity the deposition in the meadow was less than that in the bare channel. Diminished deposition was linked to resuspension driven by stem‐generated turbulence. A model for canopy‐averaged TKE was validated and used to explore the range of field conditions for which TKE within a meadow would be reduced, relative to the bare bed, which would support the accumulation of fine organic material within the meadow." @default.
- W3014133444 created "2020-04-10" @default.
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- W3014133444 date "2020-04-27" @default.
- W3014133444 modified "2023-10-01" @default.
- W3014133444 title "Turbulence and Particle Deposition Under Steady Flow Along a Submerged Seagrass Meadow" @default.
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- W3014133444 cites W1586276643 @default.
- W3014133444 cites W1597359858 @default.
- W3014133444 cites W1609612679 @default.
- W3014133444 cites W161592693 @default.
- W3014133444 cites W1620591906 @default.
- W3014133444 cites W1629642785 @default.
- W3014133444 cites W1809463209 @default.
- W3014133444 cites W1823848333 @default.
- W3014133444 cites W1843311455 @default.
- W3014133444 cites W1893680646 @default.
- W3014133444 cites W1948711064 @default.
- W3014133444 cites W1961344899 @default.
- W3014133444 cites W1965386296 @default.
- W3014133444 cites W1970265291 @default.
- W3014133444 cites W1972284837 @default.
- W3014133444 cites W1979083191 @default.
- W3014133444 cites W1984811398 @default.
- W3014133444 cites W1990093476 @default.
- W3014133444 cites W1991834864 @default.
- W3014133444 cites W1992907378 @default.
- W3014133444 cites W1993871464 @default.
- W3014133444 cites W1999803596 @default.
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- W3014133444 cites W2008950209 @default.
- W3014133444 cites W2010075807 @default.
- W3014133444 cites W2013439903 @default.
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- W3014133444 cites W2034904446 @default.
- W3014133444 cites W2039114508 @default.
- W3014133444 cites W2039805628 @default.
- W3014133444 cites W2041670691 @default.
- W3014133444 cites W2048677386 @default.
- W3014133444 cites W2056780952 @default.
- W3014133444 cites W2057117378 @default.
- W3014133444 cites W2057521522 @default.
- W3014133444 cites W2066246812 @default.
- W3014133444 cites W2068043640 @default.
- W3014133444 cites W2074067967 @default.
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- W3014133444 cites W2077808141 @default.
- W3014133444 cites W2079558182 @default.
- W3014133444 cites W2094685499 @default.
- W3014133444 cites W2097047621 @default.
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- W3014133444 cites W2129170391 @default.
- W3014133444 cites W2138184362 @default.
- W3014133444 cites W2147924102 @default.
- W3014133444 cites W2148874135 @default.
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- W3014133444 cites W2292197393 @default.
- W3014133444 cites W2314844938 @default.
- W3014133444 cites W2321674107 @default.
- W3014133444 cites W2328094863 @default.
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- W3014133444 doi "https://doi.org/10.1029/2019jc015985" @default.
- W3014133444 hasPublicationYear "2020" @default.
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