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• W4311017706 startingPage "57" @default.
• W4311017706 abstract "Seagrasses can use both ammonium (NH 4 + ) and nitrate (NO 3 - ) as inorganic nitrogen (N) sources. However, NO 3 - uptake and assimilation are energetically more expensive and tightly regulated than NH 4 + uptake. The objective of this study was to test the complex interactive effects between different forms of N enrichment (NH 4 + and NO 3 - ) and light levels on the morphological and physiological traits in the intertidal seagrass Zostera noltei . Plants were cultured over 40 d under 2 levels of light (low and high) with 2 inorganic N concentrations supplied at the same dose, NO 3 - (25 µM) and NH 4 + (25 µM), and a control, following a 2-factorial design. Results showed a differential response in Z. noltei depending on the inorganic N source and light dose. NH 4 + enrichment negatively affected almost all morphometric and dynamic variables analyzed, both in isolation and combined with low light conditions. In contrast, NO 3 - enrichment had a positive effect on Z. noltei survival compared with the control treatment in terms of net growth rate and rhizomatic growth, mainly under high light conditions. Therefore, our study demonstrated that the effects promoted by nutrient enrichment largely depend on the source of N used. Light levels play a crucial role in this response by potentially shifting the effects from toxic (under low light) to beneficial (under high light) when NO 3 - is the main N source. Our findings highlight that N form in eutrophication events should be considered when evaluating the potential impacts of nutrient enrichment and light reduction on seagrass communities." @default.
• W4311017706 created "2022-12-22" @default.
• W4311017706 creator A5003549912 @default.
• W4311017706 creator A5007524693 @default.
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• W4311017706 creator A5028140332 @default.
• W4311017706 creator A5046114541 @default.
• W4311017706 creator A5050611108 @default.
• W4311017706 creator A5060767729 @default.
• W4311017706 date "2022-12-08" @default.
• W4311017706 modified "2023-10-17" @default.
• W4311017706 title "Differential ecophysiological responses to inorganic nitrogen sources (ammonium versus nitrate) and light levels in the seagrass Zostera noltei" @default.
• W4311017706 cites W1489838709 @default.
• W4311017706 cites W1923276080 @default.
• W4311017706 cites W1965031611 @default.
• W4311017706 cites W1970878393 @default.
• W4311017706 cites W1971565624 @default.
• W4311017706 cites W1972411460 @default.
• W4311017706 cites W1980163724 @default.
• W4311017706 cites W1980367833 @default.
• W4311017706 cites W1981188191 @default.
• W4311017706 cites W1983919724 @default.
• W4311017706 cites W1985702045 @default.
• W4311017706 cites W1985820336 @default.
• W4311017706 cites W1989493364 @default.
• W4311017706 cites W1997584889 @default.
• W4311017706 cites W1998308773 @default.
• W4311017706 cites W2000743242 @default.
• W4311017706 cites W2007209716 @default.
• W4311017706 cites W2007364870 @default.
• W4311017706 cites W2007681638 @default.
• W4311017706 cites W2010159280 @default.
• W4311017706 cites W2011613509 @default.
• W4311017706 cites W2015364694 @default.
• W4311017706 cites W2015553337 @default.
• W4311017706 cites W2019478671 @default.
• W4311017706 cites W2023012632 @default.
• W4311017706 cites W2023736529 @default.
• W4311017706 cites W2030211712 @default.
• W4311017706 cites W2036364179 @default.
• W4311017706 cites W2036881207 @default.
• W4311017706 cites W2043083989 @default.
• W4311017706 cites W2044366862 @default.
• W4311017706 cites W2046553589 @default.
• W4311017706 cites W2049891784 @default.
• W4311017706 cites W2050322358 @default.
• W4311017706 cites W2052714942 @default.
• W4311017706 cites W2054777267 @default.
• W4311017706 cites W2061394248 @default.
• W4311017706 cites W2062720097 @default.
• W4311017706 cites W2064575260 @default.
• W4311017706 cites W2065051268 @default.
• W4311017706 cites W2065473566 @default.
• W4311017706 cites W2075015345 @default.
• W4311017706 cites W2077647424 @default.
• W4311017706 cites W2079383459 @default.
• W4311017706 cites W2079696296 @default.
• W4311017706 cites W2082389510 @default.
• W4311017706 cites W2083757632 @default.
• W4311017706 cites W2089204616 @default.
• W4311017706 cites W2092210085 @default.
• W4311017706 cites W2094785904 @default.
• W4311017706 cites W2103546114 @default.
• W4311017706 cites W2108922337 @default.
• W4311017706 cites W2112688502 @default.
• W4311017706 cites W2113378850 @default.
• W4311017706 cites W2114056667 @default.
• W4311017706 cites W2114225122 @default.
• W4311017706 cites W2114256108 @default.
• W4311017706 cites W2118820855 @default.
• W4311017706 cites W2124247600 @default.
• W4311017706 cites W2126188438 @default.
• W4311017706 cites W2127356171 @default.
• W4311017706 cites W2127817933 @default.
• W4311017706 cites W2137274165 @default.
• W4311017706 cites W2140218415 @default.
• W4311017706 cites W2145350205 @default.
• W4311017706 cites W2152360790 @default.
• W4311017706 cites W2153604500 @default.
• W4311017706 cites W2156632286 @default.
• W4311017706 cites W2158650102 @default.
• W4311017706 cites W2159527428 @default.
• W4311017706 cites W2168250882 @default.
• W4311017706 cites W2169644963 @default.
• W4311017706 cites W2302023136 @default.
• W4311017706 cites W2322936076 @default.
• W4311017706 cites W2344262207 @default.
• W4311017706 cites W2594571410 @default.
• W4311017706 cites W2745395541 @default.
• W4311017706 cites W2754502377 @default.
• W4311017706 cites W2754692301 @default.
• W4311017706 cites W2790626227 @default.
• W4311017706 cites W2791934751 @default.
• W4311017706 cites W2914098624 @default.
• W4311017706 cites W2915406864 @default.
• W4311017706 cites W3049258653 @default.
• W4311017706 cites W3081573014 @default.
• W4311017706 cites W3092435351 @default.

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