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• W2144758051 endingPage "419" @default.
• W2144758051 startingPage "401" @default.
• W2144758051 abstract "Nitrate and nitrite (NOx) and phosphate (PO4) dynamics over Ningaloo Reef, Western Australia, are shown to depend on oceanographic forcing of coupled mass transfer limited (MTL) gross uptake and gross release from remineralized oceanic particulate organic matter (POM). Estimates of gross release rates increased significantly with increasing POM uptake and were of the same order as gross uptake rates. Gross uptake rates increased significantly with increasing oceanic concentrations and wave energy dissipation, were 35–80% higher over the reef crest (7–9 mmol NOx m−2 d−1 and 4–5 mmol PO4 m−2 d−1), and were significantly correlated with independent estimates of POM-mediated gross NOx uptake, supporting both MTL uptake and the strong role of oceanic POM supply. The relative supply of NOx and POM was linked to the seasonal dynamics of a regional current system. In late spring, upwelling associated with seasonally strong equator-ward winds led to increased NOx concentrations (0.71 ± 0.2 µmol L−1), POM < NOx and the reef was a net nutrient sink (5390 mmol NOx m−1 d−1 and 270 mmol PO4 m−1 d−1). In contrast, during the autumn, NOx was low (0.16 ± 0.06 µmol L−1), but POM > NOx and the reef was a net nutrient source (−7060 mmol NOx m−1 d−1 and −730 mmol PO4 m−1 d−1). The autumn enhancement of oceanic POM supply to the reef can be attributed to a regional phytoplankton bloom associated with acceleration of the oligotrophic Leeuwin Current, which may result in a significant supply of dissolved nutrients to downstream communities." @default.
• W2144758051 created "2016-06-24" @default.
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• W2144758051 date "2012-02-04" @default.
• W2144758051 modified "2023-10-14" @default.
• W2144758051 title "Oceanographic forcing of nutrient uptake and release over a fringing coral reef" @default.
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• W2144758051 cites W1964911564 @default.
• W2144758051 cites W1967557077 @default.
• W2144758051 cites W1967894644 @default.
• W2144758051 cites W1968026621 @default.
• W2144758051 cites W1969929643 @default.
• W2144758051 cites W1971748666 @default.
• W2144758051 cites W1972297233 @default.
• W2144758051 cites W1974254975 @default.
• W2144758051 cites W1979214507 @default.
• W2144758051 cites W1982810728 @default.
• W2144758051 cites W1983433513 @default.
• W2144758051 cites W1984519140 @default.
• W2144758051 cites W1986635336 @default.
• W2144758051 cites W1990475206 @default.
• W2144758051 cites W1993149521 @default.
• W2144758051 cites W1994693461 @default.
• W2144758051 cites W1995785372 @default.
• W2144758051 cites W2001208679 @default.
• W2144758051 cites W2005771738 @default.
• W2144758051 cites W2012007898 @default.
• W2144758051 cites W2013493028 @default.
• W2144758051 cites W2015104607 @default.
• W2144758051 cites W2019991118 @default.
• W2144758051 cites W2020049097 @default.
• W2144758051 cites W2030181434 @default.
• W2144758051 cites W2030264948 @default.
• W2144758051 cites W2030344225 @default.
• W2144758051 cites W2030740984 @default.
• W2144758051 cites W2034168222 @default.
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• W2144758051 cites W2044859027 @default.
• W2144758051 cites W2049520998 @default.
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• W2144758051 cites W2055374509 @default.
• W2144758051 cites W2070436586 @default.
• W2144758051 cites W2072717154 @default.
• W2144758051 cites W2074609581 @default.
• W2144758051 cites W2076278643 @default.
• W2144758051 cites W2076393634 @default.
• W2144758051 cites W2083036313 @default.
• W2144758051 cites W2083517972 @default.
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• W2144758051 cites W2093686737 @default.
• W2144758051 cites W2093852539 @default.
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• W2144758051 cites W2132662255 @default.
• W2144758051 cites W2136011625 @default.
• W2144758051 cites W2143992421 @default.
• W2144758051 cites W2146156085 @default.
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• W2144758051 cites W2149776582 @default.
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• W2144758051 doi "https://doi.org/10.4319/lo.2012.57.2.0401" @default.
• W2144758051 hasPublicationYear "2012" @default.
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