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• W2333186722 abstract "MEPS Marine Ecology Progress Series Contact the journal Facebook Twitter RSS Mailing List Subscribe to our mailing list via Mailchimp HomeLatest VolumeAbout the JournalEditorsTheme Sections MEPS 418:119-130 (2010) - DOI: https://doi.org/10.3354/meps08828 Vulnerability of Zostera marina seedlings to physical stress T. Valdemarsen*, P. Canal-Vergés, E. Kristensen, M. Holmer, M. D. Kristiansen, M. R. Flindt Institute of Biology, University of Southern Denmark, Campusvej 55, 5230 Odense M, Denmark *Email: valdemarsen@biology.sdu.dk ABSTRACT: Eelgrass coverage in Odense Fjord (Denmark) has declined by 90% since 1983, due to eutrophication and its associated pressures, and the state of low eelgrass coverage has remained stable despite 10 to 15 yr of reduced nutrient loading and improved water quality. We hypothesize that the survival of eelgrass seedlings, and thus recolonization through reproductive dispersal, is negatively affected by physical disturbances. The 3 most likely physical mechanisms involved are uprooting or burial through drifting macroalgae, Arenicola marina sediment reworking and current-driven sediment resuspension. Our hypothesis was tested by field observations during the summer of 2009, when the mortality of seedlings was followed through time. The density of seedlings decreased dramatically by 80% during the first month of observations, and no seedlings survived past August, corresponding to an average seedling mortality of 1.5% d–1. This was >3 times higher than the mortality for seedlings protected from physical disturbance by enclosures (0.4% d–1), indicating that physical disturbance contributed to high seedling mortality. A significant correlation (p = 0.02) between macroalgal drift and seedling mortality suggested that ~40% of seedlings were lost due to the physical disturbance of drifting algae. In contrast, no correlations were found between A. marina reworking or resuspension and seedling mortality, despite a mobility of up to 400 cm3 sediment m–2 d–1 by these mechanisms. Given the observed intensity of macroalgal drift, we speculate that this mechanism severely hampers eelgrass reestablishment in certain parts of Odense Fjord. KEY WORDS: Eelgrass · Macroalgal drift · Bedload transport · Fucus sp. · Sediment · Reworking · Resuspension · Arenicola marina Full text in pdf format PreviousNextCite this article as: Valdemarsen T, Canal-Vergés P, Kristensen E, Holmer M, Kristiansen MD, Flindt MR (2010) Vulnerability of Zostera marina seedlings to physical stress. Mar Ecol Prog Ser 418:119-130. https://doi.org/10.3354/meps08828 Export citation RSS - Facebook - Tweet - linkedIn Cited by Published in MEPS Vol. 418. Online publication date: November 18, 2010 Print ISSN: 0171-8630; Online ISSN: 1616-1599 Copyright © 2010 Inter-Research." @default.
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• W2333186722 date "2010-11-18" @default.
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• W2333186722 title "Vulnerability of Zostera marina seedlings to physical stress" @default.
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• W2333186722 cites W1969268976 @default.
• W2333186722 cites W1977516600 @default.
• W2333186722 cites W1980367833 @default.
• W2333186722 cites W1981188191 @default.
• W2333186722 cites W1986043286 @default.
• W2333186722 cites W1987307605 @default.
• W2333186722 cites W1991939482 @default.
• W2333186722 cites W1994561784 @default.
• W2333186722 cites W1995117351 @default.
• W2333186722 cites W1997145585 @default.
• W2333186722 cites W2002791920 @default.
• W2333186722 cites W2008928100 @default.
• W2333186722 cites W2010784552 @default.
• W2333186722 cites W2011268127 @default.
• W2333186722 cites W2013897492 @default.
• W2333186722 cites W2015655194 @default.
• W2333186722 cites W2024443772 @default.
• W2333186722 cites W2026679566 @default.
• W2333186722 cites W2028154862 @default.
• W2333186722 cites W2038980274 @default.
• W2333186722 cites W2039805628 @default.
• W2333186722 cites W2042585316 @default.
• W2333186722 cites W2043871443 @default.
• W2333186722 cites W2046009578 @default.
• W2333186722 cites W2047086325 @default.
• W2333186722 cites W2047568619 @default.
• W2333186722 cites W2050965897 @default.
• W2333186722 cites W2062318122 @default.
• W2333186722 cites W2063788371 @default.
• W2333186722 cites W2071896818 @default.
• W2333186722 cites W2073691235 @default.
• W2333186722 cites W2077127695 @default.
• W2333186722 cites W2079558182 @default.
• W2333186722 cites W2082883347 @default.
• W2333186722 cites W2083259382 @default.
• W2333186722 cites W2084074141 @default.
• W2333186722 cites W2088026316 @default.
• W2333186722 cites W2088086695 @default.
• W2333186722 cites W2091859132 @default.
• W2333186722 cites W2092069997 @default.
• W2333186722 cites W2094044537 @default.
• W2333186722 cites W2096086077 @default.
• W2333186722 cites W2104581258 @default.
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• W2333186722 cites W2117857565 @default.
• W2333186722 cites W2122082883 @default.
• W2333186722 cites W2126435953 @default.
• W2333186722 cites W2127775159 @default.
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• W2333186722 cites W2128539559 @default.
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• W2333186722 cites W2133450859 @default.
• W2333186722 cites W2180179329 @default.
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